mhurhangee/ep-ind-claims huggingface dataset:
An electric bicycle comprising a battery unit detachably installed into a battery installation portion provided on a body of the electric bicycle, wherein the battery installation portion and the battery unit include a plurality of connecting terminals (24, 35) electrically connected to each other, the battery unit is installed into the battery installation portion while being pivoted about a pivot axis, the electrically connected connecting terminals (24, 35) of the battery unit and the battery installation portion are divided into a plurality of rows at different distances from the pivot axis and characterized in that a plurality of the connecting terminals are disposed in a row at an equal distance from the pivot axis, and the connecting terminals (24, 35) disposed in the row at an equal distance from the pivot axis and the connecting terminals (24, 35) disposed in the adjacent row are differently disposed in a lateral direction when viewed along a direction from the pivot axis to the connecting terminals (24, 35).
A container comprising a blending base, an internal wall surface, and an internal bottom surface the blending base being formed inside the container and extending upward slantwise from the internal bottom surface to the internal wall surface, the blending base having a plurality of turning portions (23, 25) and extended curves at a top edge thereof, the extended curves being linked with the turning portions (23,25) and clinging to the internal wall surface, the blending base being characterized in that: either two adjacent said turning portions (23,25) are not as high as each other relative to the internal wall surface, the extended curve between the either two adjacent turning portions (23,25) is inclined gradually from the higher turning portion toward the lower turning portion.
A combination ski which is suitable both for skiing and sliding as well as for walking and climbing, comprising a pair of skis with a binding, wherein the underside of each ski forms a sliding surface which can be covered by folding over a portion of the sliding surface so that an adhesion surface is formed on the underside, characterized in that the sliding surface is divided into two sub-areas (3a, 3b) which form precisely fitting, adjoining sliding surfaces, and the rear sub-area of the sliding surface, as a slat, is foldable in a hinged manner by 180° about an axis onto the front sub-area of the sliding surface and is securable in this folded position, so that the then underlying surface of the slat has an adhesion surface with a characteristic intended for walking and climbing, and also the rear part of the ski, which is exposed by folding the slat away, is likewise formed as an adhesion surface, so that an adhesion surface that extends over the entire length of the underside of the ski, with a characteristic intended for walking and climbing, is formed.
Component composite for connecting a hole-comprising component comprising wood in essential parts to a slotted component comprising wood in essential parts at a connecting point of the hole-comprising component and a connecting point of the slotted component and by means of a rod with a rod longitudinal axis, wherein - an outer surface of the slotted component has an elongate depression as far as the connecting point of the slotted component, - the hole-comprising component comprises a hole in its connecting point, and - the rod is stuck into the hole and into the elongate depression so that the hole-comprising component and the slotted component are connected to one another at least via the rod and the connecting points (12, 13), - the component composite comprises a filling unit in the elongate depression, wherein the filling unit at least partially covers a portion of the rod in the depression, characterised in that the filling unit has a through-going filling hole and in particular two or more through-going filling holes which extend(s) from an outer surface of the filling unit disposed on the component composite to a surface of the filling unit disposed inside the depression, so that an adhesive can be introduced into the depression through the filling hole(s), and the rod can be stuck in the depression by means of the adhesive. - an outer surface of the slotted component has an elongate depression as far as the connecting point of the slotted component, - the hole-comprising component comprises a hole in its connecting point, and - the rod is stuck into the hole and into the elongate depression so that the hole-comprising component and the slotted component are connected to one another at least via the rod and the connecting points (12, 13), - the component composite comprises a filling unit in the elongate depression, wherein the filling unit at least partially covers a portion of the rod in the depression,
A blow-by gas heating apparatus comprising a heat emitting structure abutted onto an oil separator configured to trap and remove oil from blow-by gas, wherein: the heat emitting structure has a heat emitting case including inside a passage for engine cooling water, and the heat emitting case includes a ceiling wall being in surface-contact from below with a bottom surface of the oil separator, wherein a height of an inner surface of the ceiling wall is configured to increase from a central part toward a peripheral part of the heat emitting case as seen in a vertical direction, characterized in that the heat emitting case is a metal box and an upper surface of the ceiling wall conforms to the shape of the bottom surface of the oil separator, such that the heat emitting structure closely abuts onto the bottom surface of the oil separator. the heat emitting structure has a heat emitting case including inside a passage for engine cooling water, and the heat emitting case includes a ceiling wall being in surface-contact from below with a bottom surface of the oil separator, wherein a height of an inner surface of the ceiling wall is configured to increase from a central part toward a peripheral part of the heat emitting case as seen in a vertical direction,
A system suitable for delivering a therapeutic agent to a target site, the system comprising: a container for holding the therapeutic agent, wherein the container comprises first and second regions, wherein the first region houses the therapeutic agent in a pre-delivery state, and wherein the first region comprises an outlet to the target site, and a pressure source having pressurized fluid, the pressure source in selective fluid communication with at least a portion of the container, wherein fluid from the pressure source is directed into the first region of the container to urge the therapeutic agent towards the outlet of the first region and towards the target site, characterised by wherein the second region is separated from the first region by a platform positioned within the container, the platform forming a substantially fluid tight seal with an inner surface of the container, wherein the therapeutic agent is retained above the platform when the system is in a handheld position and there is fluid communication through the platform between the first and second regions; and wherein fluid from the pressure source is directed from the second region of the container into the first region of the container via the platform to urge the therapeutic agent in a direction from the second region towards the outlet of the first region and towards the target site. a container for holding the therapeutic agent, wherein the container comprises first and second regions, wherein the first region houses the therapeutic agent in a pre-delivery state, and wherein the first region comprises an outlet to the target site, and a pressure source having pressurized fluid, the pressure source in selective fluid communication with at least a portion of the container, wherein fluid from the pressure source is directed into the first region of the container to urge the therapeutic agent towards the outlet of the first region and towards the target site, characterised by wherein the second region is separated from the first region by a platform positioned within the container, the platform forming a substantially fluid tight seal with an inner surface of the container, wherein the therapeutic agent is retained above the platform when the system is in a handheld position and there is fluid communication through the platform between the first and second regions; and wherein fluid from the pressure source is directed from the second region of the container into the first region of the container via the platform to urge the therapeutic agent in a direction from the second region towards the outlet of the first region and towards the target site.
System for the optical detection of particles disposed in a viewing zone able to be illuminated by radiation having a given wavelength, said system comprising an optical detection means, as well as a set of metal plasmonic channels (5', 5", 5"') disposed in the same plane and one end (6', 6", 6"') of which is sufficiently close to the viewing zone to allow a transfer of optical information from one end of said channels (5', 5", 5"') to the other, characterised in that said channels (5', 5", 5'") are arranged so that said set forms, around the viewing zone, an optical-information transfer fan, the value of at least one spatial characteristic of said fan being less than said wavelength at the ends (6', 6", 6'") of said channels (5', 5", 5"') close to said viewing zone, the value of at least one spatial characteristic of said fan being greater than said wavelength at the ends (7' 7" 7"') of said channels (5' 5", 5"') distant from said viewing zone, said system comprising means (8', 8", 8"') for optical decoupling between said ends (7', 7", 7"') distant from said viewing zone and said optical detection means disposed above the plane of said channels and said optical decoupling means
Device for purifying fluids, comprising a mass transfer apparatus for purifying a slightly volatile fluid or a heavily volatile fluid by means of mass transfer between the slightly volatile fluid and the heavily volatile fluid, the mass transfer apparatus in particular being configured as an absorber or as a desorber into which can be fed the slightly volatile fluid and the heavily volatile fluid, said mass transfer apparatus comprising a structured packing, said structured packing comprising a first packing layer and a second packing layer, the first packing layer and the second packing layer exhibiting a wavy profile, through the wavy profile open channels (12, 14, 16, 112, 114, 116), are formed, which are respectively limited by apices (33, 43, 133, 143) arranged in between them, the channels (12, 14, 16) of the first packing layer cross the channels (112, 114, 116) of the second packing layer, the channels (12, 14, 16, 112, 114, 116) being adapted to be flown through by the heavily volatile fluid, such that the channel being wetted by the heavily volatile fluid characterized in that the wavy profile comprises a constant corrugation height, the first packing layer being in touching contact with the second packing layer by means of spacers (24, 34, 44, 134, 144), the spacers being part of the first or second packing layer (10, 100), they are located on apices (33, 43, 133, 143) and are configured as a strip or a strand-type element, which respectively extends in the direction of one of the apices (33, 43, 133, 143), the strip or the strand-type element being a wire, a sheet-metal strip or a rod member, mounted onto a packing layer.
A method for controlling a human-robot collaboration system, wherein the MRK system comprises at least one manipulator having an end effector, and wherein the method comprises the following steps: operating the end effector in a first operating mode, wherein the end effector is operated at reduced power (351; 451; 551) in the first operating mode; monitoring whether a desired object is manipulated when the end effector is operated in the first operating mode; and increasing the power (352; 451; 551) with which the end effector is operated in order to use the end effector in a second operating mode if the monitoring has revealed that a desired object is being manipulated. operating the end effector in a first operating mode, wherein the end effector is operated at reduced power (351; 451; 551) in the first operating mode; monitoring whether a desired object is manipulated when the end effector is operated in the first operating mode; and increasing the power (352; 451; 551) with which the end effector is operated in order to use the end effector in a second operating mode if the monitoring has revealed that a desired object is being manipulated.
A method of crude oil production from a well, the well comprising a production string connecting a hydrocarbon reservoir to a well head, the method comprising introducing a fluid into the production string to reduce the hydrostatic pressure of the column of liquid in the production string, characterised in that the fluid introduced into the string is a mixture of encapsulated bubbles in crude oil.
A container for performing amplification reactions in a closed system comprising a flexible portion having a plurality of blisters fluidly connected via a plurality of channels, and a plurality of reservoirs, each reservoir containing a reaction component, and each reservoir fluidly connected to at least one of the plurality of blisters, and a sealable port configured for receiving a sample, the sealable port fluidly connected to one of the plurality of blisters, wherein the container comprises: a high density reaction zone comprising: a channel, a high density array, comprising at least 50 high density reaction wells fluidly connected to the channel, wherein each high density reaction well comprises one or more reagents, a layer sealed to one side of the high density array and, a barrier layer sealed to the opposite side of the array, that minimizes cross-contamination between high density reaction wells upon introduction of the sample to the high density reaction zone, wherein the barrier layer is a pierced layer with a plurality of piercings (586,) wherein the piercings align with the high density reaction wells, minimizing flow through the piercings absent a force of vacuum to force a fluid into or out of the high density reaction wells. a channel, a high density array, comprising at least 50 high density reaction wells fluidly connected to the channel, wherein each high density reaction well comprises one or more reagents, a layer sealed to one side of the high density array and, a barrier layer sealed to the opposite side of the array, that minimizes cross-contamination between high density reaction wells upon introduction of the sample to the high density reaction zone, wherein the barrier layer is a pierced layer with a plurality of piercings (586,) wherein the piercings align with the high density reaction wells, minimizing flow through the piercings absent a force of vacuum to force a fluid into or out of the high density reaction wells. a layer sealed to one side of the high density array and, a barrier layer sealed to the opposite side of the array, that minimizes cross-contamination between high density reaction wells upon introduction of the sample to the high density reaction zone, wherein the barrier layer is a pierced layer with a plurality of piercings (586,) wherein the piercings align with the high density reaction wells, minimizing flow through the piercings absent a force of vacuum to force a fluid into or out of the high density reaction wells.
An accessory member (6, 14, 20, 30), configured to be brought into direct contact with a human body, comprising: a sintered ceramic body, a kurtosis (Rku) derived from a surface roughness curve of an outer surface of the sintered ceramic body falling in a range of 0.5 or more and 2.5 or less, wherein a skewness (Rsk) derived from the surface roughness curve of the outer surface of the sintered ceramic body falls in a range of 0.7 or more and 2.0 or less. a sintered ceramic body, a kurtosis (Rku) derived from a surface roughness curve of an outer surface of the sintered ceramic body falling in a range of 0.5 or more and 2.5 or less, wherein a skewness (Rsk) derived from the surface roughness curve of the outer surface of the sintered ceramic body falls in a range of 0.7 or more and 2.0 or less.
An apparatus, comprising: a memory device (104-1... 104-N); and a controller including control circuitry coupled to the memory device (104-1... 104-N) configured to: receive a read command from a host, wherein the read command is assigned a host read identification number and wherein the read command includes an indication that the read command is requesting a first chunk of data and a second chunk of data; and execute the read command (244-10, 244-12) by assigning a first memory device read identification number to the first chunk of data and a second memory device RID number to the second chunk of data, wherein the first memory device RID number is the host RID number and the second memory device RID number sequentially follows the first memory device RID number, and, sending to the host, the first chunk of data, the first memory device RID number, the second chunk of data, and the second memory device RID number. a memory device (104-1... 104-N); and a controller including control circuitry coupled to the memory device (104-1... 104-N) configured to: receive a read command from a host, wherein the read command is assigned a host read identification number and wherein the read command includes an indication that the read command is requesting a first chunk of data and a second chunk of data; and execute the read command (244-10, 244-12) by assigning a first memory device read identification number to the first chunk of data and a second memory device RID number to the second chunk of data, wherein the first memory device RID number is the host RID number and the second memory device RID number sequentially follows the first memory device RID number, and, sending to the host, the first chunk of data, the first memory device RID number, the second chunk of data, and the second memory device RID number. receive a read command from a host, wherein the read command is assigned a host read identification number and wherein the read command includes an indication that the read command is requesting a first chunk of data and a second chunk of data; and execute the read command (244-10, 244-12) by assigning a first memory device read identification number to the first chunk of data and a second memory device RID number to the second chunk of data, wherein the first memory device RID number is the host RID number and the second memory device RID number sequentially follows the first memory device RID number, and, sending to the host, the first chunk of data, the first memory device RID number, the second chunk of data, and the second memory device RID number.
A holding plate for electrodes comprising a substantially flat or possibly slightly structured plate portion having a bore for receiving an electrode in sealed relationship and fixing devices (3, 6) and a seal surrounding at least the electrode for sealed fixing of the holding plate to a wall having a receiving opening for the ignition electrode, characterised in that the seal surrounding the electrode is integrated with the holding plate.
A high voltage system comprising: a high voltage bushing having a bushing body configured to be assembled with a tank filled with a dielectric liquid wherein the bushing body has a cavity, and the bushing comprises a dielectric liquid level sensor configured to measure a dielectric liquid level in the cavity, and characterized by a temperature distribution determining device configured to determine a temperature distribution in the bushing based on the dielectric liquid level measured by the dielectric liquid level sensor, wherein the temperature distribution determining device is configured to obtain a dielectric liquid temperature of the dielectric liquid in the tank, wherein the temperature distribution determining device is configured to determine the temperature distribution further based on the dielectric liquid temperature. a high voltage bushing having a bushing body configured to be assembled with a tank filled with a dielectric liquid wherein the bushing body has a cavity, and the bushing comprises a dielectric liquid level sensor configured to measure a dielectric liquid level in the cavity, and characterized by a temperature distribution determining device configured to determine a temperature distribution in the bushing based on the dielectric liquid level measured by the dielectric liquid level sensor, wherein the temperature distribution determining device is configured to obtain a dielectric liquid temperature of the dielectric liquid in the tank, wherein the temperature distribution determining device is configured to determine the temperature distribution further based on the dielectric liquid temperature.
A wireless speaker device configured for use with a wireless audio/video (A/V) recording and communication doorbell, the wireless speaker device comprising: a wireless communication module including a wireless repeater configured to rebroadcast wireless signals received from a router to the wireless A/V recording and communication doorbell to allow the wireless A/V recording and communication doorbell to receive the wireless signals when the wireless A/V recording and communication doorbell is not capable of receiving the wireless signals directly from the router; and a speaker configured to emit a tone when the wireless speaker device receives, from a backend server, a tone signal. a wireless communication module including a wireless repeater configured to rebroadcast wireless signals received from a router to the wireless A/V recording and communication doorbell to allow the wireless A/V recording and communication doorbell to receive the wireless signals when the wireless A/V recording and communication doorbell is not capable of receiving the wireless signals directly from the router; and a speaker configured to emit a tone when the wireless speaker device receives, from a backend server, a tone signal.
A light-emitting device package, comprising: a light-emitting diode die, comprising: a growth substrate; junctions formed on a first side of the growth substrate, the junctions being at least partially electrically insulated from each other in the die; transparent conductors formed on a second side of the growth substrate, wherein the transparent conductors are transparent electrical conductors; and wavelength converters formed on the transparent conductors, each wavelength converter being located over a different junction. a growth substrate; junctions formed on a first side of the growth substrate, the junctions being at least partially electrically insulated from each other in the die; transparent conductors formed on a second side of the growth substrate, wherein the transparent conductors are transparent electrical conductors; and wavelength converters formed on the transparent conductors, each wavelength converter being located over a different junction.