mhurhangee/ep-ind-claims huggingface dataset:
A roll film shredding device comprising: a support frame; an object-to-be-shredded introducing member coupled to the support frame; an object-to-be-shredded twisting unit rotatably installed to the object-to-be-shredded introducing member and performing a twisting operation for an object to be shredded; a rotary driver driving the object-to-be-shredded twisting unit to rotate and perform the twisting operation; and a cutter cutting the object twisted by the object-to-be-shredded twisting unit. a support frame; an object-to-be-shredded introducing member coupled to the support frame; an object-to-be-shredded twisting unit rotatably installed to the object-to-be-shredded introducing member and performing a twisting operation for an object to be shredded; a rotary driver driving the object-to-be-shredded twisting unit to rotate and perform the twisting operation; and a cutter cutting the object twisted by the object-to-be-shredded twisting unit.
A method for applying a non-stick coating onto an article, wherein the non-stick coating comprises at least one adhesion-promoting layer arranged on a surface of the article and a covering layer arranged above the adhesion-promoting layer, wherein the adhesion-promoting layer has a dry film thickness of 5 to 25 μm, and wherein the covering layer has a dry film thickness of 10 to 65 μm, wherein the covering layer contains, related to the total solid material content of the covering layer, 95 to 100 wt.-% PTFE and optionally up to 5 wt.-% pigments, and is free of melt-processable fluoropolymers, and that the PTFE contained therein contains between 1 and 100 wt.-% of a high molecular weight modified PTFE, which contains < 1 wt.-% of perfluoropropylvinyl ether (PPVE) as a modifying comonomer and was obtained by emulsion polymerization, wherein the adhesion-promoting layer to be formed is applied on the surface of the article in liquid form as a first aqueous dispersion and then dried for 5 to 15 minutes at 60 to 110°C, and wherein subsequently the covering layer is applied on the pre-dried adhesion-promoting layer as a second aqueous dispersion and the layers are bonded to each other and with the surface of the article by subsequent drying and sintering or melting at 410 to 430°C, characterized in that the second aqueous dispersion is free of melt-processable fluoropolymers and free of low molecular weight PTFE.
An overtake planning method applied to a first vehicle, comprising the following steps: acquiring a first speed of the first vehicle, a second speed of a second vehicle, and a distance between the first vehicle and the second vehicle (210, 610), the second vehicle being the vehicle which the first vehicle needs to overtake; characterized by determining a planned overtake time according to the first speed and a speed difference between the first speed and the second speed (220, 620); calculating a first overtake distance according to the distance between the first vehicle and the second vehicle, the second speed, and the planned overtake time (230, 630); determining a target overtake distance according to the first overtake distance; determining a planned speed according to the target overtake distance and the planned overtake time; and controlling the first vehicle according to the planned speed. acquiring a first speed of the first vehicle, a second speed of a second vehicle, and a distance between the first vehicle and the second vehicle (210, 610), the second vehicle being the vehicle which the first vehicle needs to overtake; characterized by determining a planned overtake time according to the first speed and a speed difference between the first speed and the second speed (220, 620); calculating a first overtake distance according to the distance between the first vehicle and the second vehicle, the second speed, and the planned overtake time (230, 630); determining a target overtake distance according to the first overtake distance; determining a planned speed according to the target overtake distance and the planned overtake time; and controlling the first vehicle according to the planned speed.
Self-sealing pneumatic vehicle tire having a belt package, a tread arranged radially above the belt package and an airtight inner layer arranged radially on the inside, wherein the self-sealing of the pneumatic vehicle tire is obtained via a sealant layer subsequently applied radially on the inside after the vulcanization of the pneumatic vehicle tire, wherein the sealant layer has essentially the width of the belt package and is arranged essentially in the projection thereof and has a cross section which is formed in a cross-sectional plane including the tire axis and has a surface running essentially parallel to the belt package in axial direction and a surface running essentially in radial direction, characterized in that at least the surface of the sealant layer running essentially parallel to the belt package in axial direction has a circumferential coating that contains at least one alkali metal salt of at least one fatty acid and/or at least one alkaline earth metal salt of at least one fatty acid.
A method for determining a sheet height of a sheet conveyed by a sheet transportation unit using an optical sensor that senses the surface geometry of the sheet, resulting in a two-dimensional height image of the sheet, having pixels that have a value representing a local height of the sheet, comprising the steps of: a) selecting pixels from the height image that have a deviating value; b) substituting the deviating value of a selected pixel by a realistic value that is derived from not selected pixels; and c) determining a sheet height by finding a maximum value from the values of the not selected pixels and the substituted values. a) selecting pixels from the height image that have a deviating value; b) substituting the deviating value of a selected pixel by a realistic value that is derived from not selected pixels; and c) determining a sheet height by finding a maximum value from the values of the not selected pixels and the substituted values.
Draining device for draining washing liquid from a tub interior of a washing tub of a washing machine, a) the draining device comprising a draining conduit and a draining pump and a filter element having a filtering section for filtering out objects of certain size from the drained washing liquid, b) the draining pump having at least one pump wheel arranged within a pump wheel housing and a pump drive for driving the pump wheel in a rotational movement about a central axis as rotational axis, c) wherein the filter element is arranged within the draining conduit characterised in that the pump wheel housing is formed integral with the filter element or the filtering section. a) the draining device comprising a draining conduit and a draining pump and a filter element having a filtering section for filtering out objects of certain size from the drained washing liquid, b) the draining pump having at least one pump wheel arranged within a pump wheel housing and a pump drive for driving the pump wheel in a rotational movement about a central axis as rotational axis, c) wherein the filter element is arranged within the draining conduit
A conveyor chain for a pallet belt of a moving walkway, comprising: multiple elongate chain links that are arranged behind one another at a chain pitch in a longitudinal direction of the conveyor chain, wherein chain links lying adjacent to one another in the longitudinal direction can be respectively subjected to a tensile load in a joint region by means of a link pin (35, 37) and are coupled to one another so as to be pivotable about a longitudinal center axis of the link pin (35, 37) transverse to the longitudinal direction, characterized in that the conveyor chain comprises multiple elongate connecting elements, which are arranged behind one another in the longitudinal direction, wherein two connecting elements lying adjacent to one another in the longitudinal direction respectively can be coupled to one another by means of a link pin, which couples the chain links to one another, and pivoted about the longitudinal center axis of the link pin transverse to the longitudinal direction; wherein each of the connecting elements is coupled to an associated first link pin with a front end and coupled to an associated second link pin with a rear end, wherein a connecting element pitch between the first and second link pin amounts to an integral multiple of the chain pitch, and wherein each of the connecting elements has a fastening region for connecting a pallet. multiple elongate chain links that are arranged behind one another at a chain pitch in a longitudinal direction of the conveyor chain, wherein chain links lying adjacent to one another in the longitudinal direction can be respectively subjected to a tensile load in a joint region by means of a link pin (35, 37) and are coupled to one another so as to be pivotable about a longitudinal center axis of the link pin (35, 37) transverse to the longitudinal direction, characterized in that the conveyor chain comprises multiple elongate connecting elements, which are arranged behind one another in the longitudinal direction, wherein two connecting elements lying adjacent to one another in the longitudinal direction respectively can be coupled to one another by means of a link pin, which couples the chain links to one another, and pivoted about the longitudinal center axis of the link pin transverse to the longitudinal direction; wherein each of the connecting elements is coupled to an associated first link pin with a front end and coupled to an associated second link pin with a rear end, wherein a connecting element pitch between the first and second link pin amounts to an integral multiple of the chain pitch, and wherein each of the connecting elements has a fastening region for connecting a pallet.
A compound comprising the following structure: wherein each X and Y is independently selected from the group consisting of: H, a halogen, an alkyl group, an aryl group, and a heteroaryl group and wherein at least one of X and Y is a halogen, an aryl group, or a heteroaryl group.
Process for the production of urea-comprising particles, wherein the urea-comprising particles are produced in a pelletizer, wherein the pelletizer comprises a feeding device, a belt and a device to remove the formed pellets from the belt, the process comprising: 1) feeding a urea-comprising liquid to the feeding device, 2) dosing droplets of the urea-comprising liquid from said feeding device to the belt, 3) solidifying and cooling the urea-comprising droplets on the belt wherein the cooling is to a temperature of ≤ 55 °C, to thereby form solid urea-comprising particles, 4) and thereafter removing the formed solid urea-comprising particles from the belt. 1) feeding a urea-comprising liquid to the feeding device, 2) dosing droplets of the urea-comprising liquid from said feeding device to the belt, 3) solidifying and cooling the urea-comprising droplets on the belt wherein the cooling is to a temperature of ≤ 55 °C, to thereby form solid urea-comprising particles, 4) and thereafter removing the formed solid urea-comprising particles from the belt.
A field emission lighting arrangement, comprising: - an anode structure at least partly covered by a phosphor layer; - a single field emission cathode, - an evacuated envelope inside of which the anode structure and the field emission cathode are arranged, - a power supply and control unit, electrically connected to the anode structure and the field emission cathode and configured to provide a drive signal for powering the field emission lighting arrangement; and - at least one gate electrode arranged within the evacuated envelope and in electrical contact with the power supply and control unit, wherein the drive signal provides a voltage in the range of 2 - 12 kV between the anode structure and the cathode and further comprises a control signal arranged to apply a potential difference between the at least one gate electrode and the field emission cathode for adjusting a direction of an electron beam emitted from the field emission cathode towards the phosphor layer such that in a sequential activation only selected portions of the phosphor layer, not comprising the complete phosphor layer, are activated at a time for emitting light, characterised in that the sequentially activated selections of portions of the phosphor layer at least partly overlap, and the electron beam is swept towards the anode structure such that the light from the field emission lighting arrangement is sequentially emitted in two different directions (118, 120). - an anode structure at least partly covered by a phosphor layer; - a single field emission cathode, - an evacuated envelope inside of which the anode structure and the field emission cathode are arranged, - a power supply and control unit, electrically connected to the anode structure and the field emission cathode and configured to provide a drive signal for powering the field emission lighting arrangement; and - at least one gate electrode arranged within the evacuated envelope and in electrical contact with the power supply and control unit, wherein the drive signal provides a voltage in the range of 2 - 12 kV between the anode structure and the cathode and further comprises a control signal arranged to apply a potential difference between the at least one gate electrode and the field emission cathode for adjusting a direction of an electron beam emitted from the field emission cathode towards the phosphor layer such that in a sequential activation only selected portions of the phosphor layer, not comprising the complete phosphor layer, are activated at a time for emitting light,
Electric coffee grinder, in particular for a coffee machine, with a grinder, a drive motor therefor, a grinding chamber for the grinder, a coffee bean container and a lid that closes the coffee bean container, having an outer side and an inner side, wherein the lid comprises bulges that are arranged on the inner side, and said bulges cover at least partially the inner side of the lid, characterized in that the bulges are arranged on the inner side of the lid in the form of a perimeter continuous stripe, that is arranged near to a closing zone.
A method for reporting channel state information, CSI, from a mobile station to a base station in a mobile communication system in which a plurality of downlink and at least one uplink component carrier(s) are configured for communication between the base station and the mobile station, the method comprising the following steps performed by the mobile station: receiving from the base station a trigger message that triggers the reporting of channel state information for at least one of the plurality of downlink component carriers, the trigger message being received in a subframe n Trigger, and reporting (S02, S03) to the base station the triggered channel state information for the at least one of the plurality of downlink component carriers based on reference signals, RS, present on the at least one of the plurality of downlink component carriers, in a subframe n Report later than n Trigger, wherein the received trigger message indicates that the reference signals, RS, on the basis of which the channel state information is to be reported, are present in a subframe n RS on the at least one of the plurality of downlink component carriers, where n Trigger ≤ n RS < n Report, and wherein the triggered channel state information is reported a-periodically by the mobile station. receiving from the base station a trigger message that triggers the reporting of channel state information for at least one of the plurality of downlink component carriers, the trigger message being received in a subframe n Trigger, and reporting (S02, S03) to the base station the triggered channel state information for the at least one of the plurality of downlink component carriers based on reference signals, RS, present on the at least one of the plurality of downlink component carriers, in a subframe n Report later than n Trigger, wherein the received trigger message indicates that the reference signals, RS, on the basis of which the channel state information is to be reported, are present in a subframe n RS on the at least one of the plurality of downlink component carriers, where n Trigger ≤ n RS < n Report, and wherein the triggered channel state information is reported a-periodically by the mobile station.
A system comprising a closed reactor unit comprising a magnet unit for collecting microparticles and a vessel (26, 61), the magnet unit comprising a protective shield, membrane or coating; wherein the magnet unit comprises at least one magnet for collecting microparticles and a ferromagnetic tube, wherein the at least one magnet and the ferromagnetic tube can each be moved in relation to each other in order to adjust magnetic field strength of the at least one magnet and wherein the magnet unit is inside the vessel (26, 61) comprised in the reactor unit, and wherein the shape and the location of the magnet unit in the vessel (26, 61) are adjustable in a preferable manner to collect a desired biological component or organism or to synthesize, modify and/or enrich components, compounds or polymers being of biological or synthetic origin.
A combination of a disinfectant and a coccidiostat for use in controlling disease in chickens and further providing enhancement of the growth thereof wherein said disinfectant including a phenol derivate, said phenol derivate being present in said disinfectant in the range of five to thirty percent; said disinfectant including organic solvents, said organic solvents being present in said disinfectant in the range of 10 to 30 percent; said disinfectant including organic/inorganic acids, said organic/inorganic acids being present in said disinfectant in the range of 20 to 40 percent; said disinfectant including an anionic surfactant, said anionic surfactant being present in said disinfectant in the range of 5 to 10 percent; said coccidiostat having a water extract of Salvia libanotica, said water extract of Salvia libanotica being present within the coccidiostat in the range of 2 to 10 percent; wherein the coccidiostat further includes eucalyptus oil between the range of 5 to 15%; wherein the coccidiostat further includes peppermint oil, said peppermint oil being present in said coccidiostat in the range of 4 to 12% and wherein said disinfectant is applied to an area in which chickens will be raised; said coccidiostat is diluted in drinking water to be provided to chickens during the raising process.
A method of manufacturing a wool-like yarn from continuous filaments of polymer material for use as an upstanding pile of a floor covering, wherein the yarn is obtained by a process comprising steps of: - providing at least partially oriented, continuous filaments of the polymer; - drawing and air texturizing the filaments to form a thread, wherein a first group of straight filaments forms a core of the thread and a second group of filaments are overfed with respect to the first group of filaments to form a hairy sheath; - twisting and/or cabling a plurality of threads together to form the wool-like yarn having a weight of greater than 2000 dtex. - providing at least partially oriented, continuous filaments of the polymer; - drawing and air texturizing the filaments to form a thread, wherein a first group of straight filaments forms a core of the thread and a second group of filaments are overfed with respect to the first group of filaments to form a hairy sheath; - twisting and/or cabling a plurality of threads together to form the wool-like yarn having a weight of greater than 2000 dtex.
An electronic device comprising: a first substrate and a second substrate with respective main surfaces, and on each of which an electronic component is mounted, the first substrate and the second substrate positioned in a stacking direction with the respective main surfaces facing each other; a first metal plate including a flat portion that is interposed between the first substrate and the second substrate, and that directly or indirectly abuts the electronic component mounted on the first substrate and the electronic component mounted on the second substrate, and a first shield portion that covers a portion of a side surface of the first substrate; and a second metal plate including a second shield portion that covers an entire circumference of a side surface of the second substrate and another portion of the side surface of the first substrate that is not covered by the first metal plate, wherein the first metal plate and the second metal plate abut each other directly or indirectly. a first substrate and a second substrate with respective main surfaces, and on each of which an electronic component is mounted, the first substrate and the second substrate positioned in a stacking direction with the respective main surfaces facing each other; a first metal plate including a flat portion that is interposed between the first substrate and the second substrate, and that directly or indirectly abuts the electronic component mounted on the first substrate and the electronic component mounted on the second substrate, and a first shield portion that covers a portion of a side surface of the first substrate; and a second metal plate including a second shield portion that covers an entire circumference of a side surface of the second substrate and another portion of the side surface of the first substrate that is not covered by the first metal plate, wherein the first metal plate and the second metal plate abut each other directly or indirectly.
An amide compound denoted by General Formula or salt thereof: wherein R 1 is a hydrogen atom or a hydroxyl group, R 2 is a C 7-11 alkyl group, and Q is a substituent denoted by Formula or, wherein n and m are 0 or 1, wherein, if Q is a substituent denoted by Formula wherein n is 0, R 2 is a C 7-10 alkyl group.
A method for acquiring quality of service QoS control information, comprising: sending, by a policy and charging enforcement function entity, PCEF, a request message for acquiring quality of service, QoS, control information to a policy control and charging rules function entity, PCRF; receiving, by the PCEF, a response message returned by the PCRF, wherein the response message carries the quality of service, QoS, control information and a time for reacquiring quality of service, QoS, control information from the PCRF, and the time for reacquiring quality of service, QoS, control information from the PCRF is a time point that is determined by the PCRF according to a random algorithm and is in a time period from a time of receiving the request message sent by the PCEF for acquiring quality of service, QoS, control information to an update time of the quality of service, QoS, control information; and determining, by the PCEF, that the time for reacquiring quality of service, QoS, control information from the PCRF arrives, and sending a request message for reacquiring quality of service, QoS, control information to the PCRF. sending, by a policy and charging enforcement function entity, PCEF, a request message for acquiring quality of service, QoS, control information to a policy control and charging rules function entity, PCRF; receiving, by the PCEF, a response message returned by the PCRF, wherein the response message carries the quality of service, QoS, control information and a time for reacquiring quality of service, QoS, control information from the PCRF, and the time for reacquiring quality of service, QoS, control information from the PCRF is a time point that is determined by the PCRF according to a random algorithm and is in a time period from a time of receiving the request message sent by the PCEF for acquiring quality of service, QoS, control information to an update time of the quality of service, QoS, control information; and determining, by the PCEF, that the time for reacquiring quality of service, QoS, control information from the PCRF arrives, and sending a request message for reacquiring quality of service, QoS, control information to the PCRF.