mhurhangee/ep-ind-claims huggingface dataset:
Converter device for the delivery of an alternating voltage and current by the filtering of pulses obtained on a modulated signal output, on the basis of three substantially direct voltages (-U/2, UREF, U/2) which are available on a reference voltage line and on two voltage inputs (P, N) of opposing polarities, wherein said device comprises two switching units (UC1, UC4) connected between said reference voltage line and one or other of said inputs respectively, wherein each switching unit comprises first switching means (T1, T4) connected between the input to which said switching unit is connected and a switching output (S1, S4) of said switching unit, for the delivery of pulses having the same polarity as that of the available voltage on said input, by means of the primary conduction and blocking functions of said first switching means, wherein said device comprises, for each switching unit, second switching means (T2, T3) associated with said switching unit and connected between said switching unit and said modulated signal output, and first control means (51, 52) acting on said second switching means for the establishment of the conduction of said second switching means where the polarity of said alternating voltage is the same as that of the voltage on the input (P, N) to which said switching unit is connected, characterized in that said device comprises, for each switching unit, a snubber circuit (A1, A4) for said switching unit, connected between the input to which said switching unit is connected and the switching output of said switching unit, for the establishment, prior to any primary conduction on the first switching means of said switching unit, of a switching voltage on said first switching means which is substantially equal to zero, and in that said device comprises, for each switching unit, second control means acting on the second switching means associated with the switching unit which is connected to the voltage input (P, N) of the same polarity as that of said alternating voltage, for the establishment, when said alternating voltage and said alternating current are of opposing polarities, of the blocking of said second switching means, and in that each switching unit (UC1, UC4) moreover comprises a diode (DC2, DC3), which is connected between the reference voltage line and the switching output (S1, S4) of said switching unit, for the establishment on said switching output, during primary blocking, of a voltage which is equal to said reference voltage, and characterized in that the snubber circuit (A1, A4) of each switching unit (UC1, UC4) comprises inductive means, means for the tap-off of a current (IRP, IRN) on the switching output (S1, S4) for the diversion of said current to said inductive means in advance of primary conduction, and energy accumulation means (CR2, CR3) arranged in parallel with the diode (DC2, DC3) of said switching unit, for the establishment of the resonance of said current in said inductive means, in advance of primary conduction.
Impact detection device for detecting an impact condition or dangerous condition for a user of a means of transport, such as a vehicle, a two-wheeled vehicle or any other means of transport, such as a horse or other animal, sports equipment, such as a pair of skis or a bob, or similar means of transport, wherein the impact detection device is configured to avoid a direct and permanent power supply via the means of transport and wherein the impact detection device includes a closed body in the form of a casing or box and includes, within or on the casing, a sensor, a processing or logic unit configured to acquire and process a signal from the sensor and transmit an activation signal to an inflation device for an airbag, at least one communication interface or transmission module configured to send the activation signal to the inflation device, an electrical energy accumulation unit or an electrical charge accumulator or rechargeable battery for powering the impact detection device, and a wireless electric charging interface able to be associated occasionally or temporarily with a respective interface of a wireless electric charging device for allowing electrical powering of the electrical energy accumulation unit.
A one-hand lipstick container comprising: a container main body having a cylinder stood at the center of a body and a center through-hole formed through the center of the cylinder; and a container cover that is rotatably connected to the upper portion of the container main body and has an open inlet formed through the upper surface; a cover holder that is screw-coupled with the outer circumference of the cylinder of the container main body in the container cover and vertically ascends/descends by rotational force of the container cover; a door that is hinge-coupled to the cover holder to open/close the upper portion of the cover holder, opens a passage when the cover holder descends, and closes the passage when the cover holder ascends; a lipstick housing that is screw-coupled with the inner circumference of the center through-hole of the container main body, vertically ascends/descends by rotational force of the cover holder, and ascends/descends in the opposite directions to the ascent/descent directions of the cover holder; and an anti-rotation means that transmits the rotational force of the cover holder to the lipstick housing and vertically guides the lipstick housing to ascend/descend in the opposite directions to the ascent/descent directions of the cover holder. a container main body having a cylinder stood at the center of a body and a center through-hole formed through the center of the cylinder; and a container cover that is rotatably connected to the upper portion of the container main body and has an open inlet formed through the upper surface; a cover holder that is screw-coupled with the outer circumference of the cylinder of the container main body in the container cover and vertically ascends/descends by rotational force of the container cover; a door that is hinge-coupled to the cover holder to open/close the upper portion of the cover holder, opens a passage when the cover holder descends, and closes the passage when the cover holder ascends; a lipstick housing that is screw-coupled with the inner circumference of the center through-hole of the container main body, vertically ascends/descends by rotational force of the cover holder, and ascends/descends in the opposite directions to the ascent/descent directions of the cover holder; and an anti-rotation means that transmits the rotational force of the cover holder to the lipstick housing and vertically guides the lipstick housing to ascend/descend in the opposite directions to the ascent/descent directions of the cover holder.
Formwork element as lost formwork for a building ceiling, comprising - a ceiling plate, - a top plate, - a support arrangement, and - a number of connectors (40, 45), - wherein the support arrangement is arranged between the ceiling plate and the top plate to keep the top plate at a distance from the ceiling plate and to introduce forces of an as yet unset in-situ concrete layer to be applied over the top plate from the top plate into the ceiling plate, - wherein the ceiling plate is designed to be statically effective to absorb the forces introduced by the support arrangement in a non-destructive manner when the ceiling plate rests on a number of support elements, and - wherein the connectors (40, 45) connect the ceiling plate to the top plate so that the ceiling plate is a ceiling suspended from the top plate after removal of the support elements, characterised in that a number of pipes and/or installation elements are installed in the ceiling plate. - a ceiling plate, - a top plate, - a support arrangement, and - a number of connectors (40, 45), - wherein the support arrangement is arranged between the ceiling plate and the top plate to keep the top plate at a distance from the ceiling plate and to introduce forces of an as yet unset in-situ concrete layer to be applied over the top plate from the top plate into the ceiling plate, - wherein the ceiling plate is designed to be statically effective to absorb the forces introduced by the support arrangement in a non-destructive manner when the ceiling plate rests on a number of support elements, and - wherein the connectors (40, 45) connect the ceiling plate to the top plate so that the ceiling plate is a ceiling suspended from the top plate after removal of the support elements,
Opening device for acting onto a closure element (70, 71) located within an inner lumen of a medical tubing, comprising: - a housing, - an opening mechanism arranged in or on the housing for acting onto a closure element (70, 71) within an inner lumen of a tubing for opening a flowpath within the tubing, and - a drive arrangement for driving the opening mechanism, wherein the opening mechanism comprises a first breaker arrangement (3, 4) forming a first tube reception device and a second breaker arrangement forming a second tube reception device, the first tube reception device and the second tube reception device being constituted to receive medical tubings comprising different closure elements (70, 71), each breaker arrangement (3, 4, 5) being constituted to act onto a closure element (70, 71) within an inner lumen of a tubing for opening a flowpath within the tubing, characterised in that the first breaker arrangement (3, 4) and the second breaker arrangement are constituted to perform different breaking actions for breaking the different closure elements (70, 71), wherein the opening mechanism is displaceable relative to the housing between a first position in which a tubing is insertable into the first tube reception device and a second position in which a tubing is insertable into the second tube reception device. - a housing, - an opening mechanism arranged in or on the housing for acting onto a closure element (70, 71) within an inner lumen of a tubing for opening a flowpath within the tubing, and - a drive arrangement for driving the opening mechanism,
A method for decoding an enhanced physical downlink control channel, EPDCCH, by a user equipment, UE, in a wireless communication system, the method comprising: determining resource elements to which the EPDCCH is mapped in a downlink subframe based on a parameter set; and decoding the EPDCCH using the resource elements to which the EPDCCH is mapped, wherein at least one EPDCCH-physical resource block, PRB,-set for monitoring the EPDCCH is configured for the UE, wherein the parameter set for each of the at least one EPDCCH-PRB-set is indicated by a higher layer parameter, characterized in that the parameter set indicated by the higher layer parameter is a specific Physical downlink shared channel resource element mapping and Quasi co-location Indicator, PQI, parameter set. determining resource elements to which the EPDCCH is mapped in a downlink subframe based on a parameter set; and decoding the EPDCCH using the resource elements to which the EPDCCH is mapped, wherein at least one EPDCCH-physical resource block, PRB,-set for monitoring the EPDCCH is configured for the UE, wherein the parameter set for each of the at least one EPDCCH-PRB-set is indicated by a higher layer parameter, characterized in that the parameter set indicated by the higher layer parameter is a specific Physical downlink shared channel resource element mapping and Quasi co-location Indicator, PQI, parameter set.
A molded thermoplastic article including a hollow body, the article comprising: a first layer (24, 24'); and a foamed second layer (26, 26'), wherein said article comprises a wall structure incorporating said first layer (24, 24') and said foamed second layer (26, 26'), said foamed second layer (26, 26') having a lower density relative to said first layer (24, 24'), characterized in that a ratio of a thickness of said first layer (24, 24') to a thickness of said foamed second layer (26, 26') varies along the length of said article, and wherein said ratio is increased at regions of said article requiring increased wall structural density, and wherein along the length of said article, the volume of said first layer (24, 24') and said foamed second layer (26, 26') provides a wall structure of generally constant thickness along the length of said article. a first layer (24, 24'); and a foamed second layer (26, 26'), wherein said article comprises a wall structure incorporating said first layer (24, 24') and said foamed second layer (26, 26'), said foamed second layer (26, 26') having a lower density relative to said first layer (24, 24'), characterized in that a ratio of a thickness of said first layer (24, 24') to a thickness of said foamed second layer (26, 26') varies along the length of said article, and wherein said ratio is increased at regions of said article requiring increased wall structural density, and wherein along the length of said article, the volume of said first layer (24, 24') and said foamed second layer (26, 26') provides a wall structure of generally constant thickness along the length of said article.
A method for image processing comprising: detecting a rectangular image region in one of a plurality of images while the plurality of images is being received; obtaining a coordinate corresponding to the detected RIR; storing in a memory the coordinate and a link associating the coordinate with the image in which the RIR is detected; characterised in determining a first view angle of the image in which the RIR is detected; determining whether the first view angle is substantially identical to a second view angle of another of the plurality of images; and when the first view angle is substantially identical to the second view angle, performing image processing for the another of the plurality of images by using the coordinate obtained for the one of the plurality of images. detecting a rectangular image region in one of a plurality of images while the plurality of images is being received; obtaining a coordinate corresponding to the detected RIR; storing in a memory the coordinate and a link associating the coordinate with the image in which the RIR is detected; characterised in determining a first view angle of the image in which the RIR is detected; determining whether the first view angle is substantially identical to a second view angle of another of the plurality of images; and when the first view angle is substantially identical to the second view angle, performing image processing for the another of the plurality of images by using the coordinate obtained for the one of the plurality of images.
A classifier for classifying particles, the classifier including: a de-aeration device for de-aerating slurry including: at least one de-aeration chamber for locating a slurry; at least one slurry inlet connected to the de-aeration chamber to allow the slurry to pass into the de-aeration chamber; at least one outlet to allow the slurry to pass out of the de-aeration chamber; and at least one inclined de-aeration face for collecting and transporting air from the slurry; and a screen located adjacent the outlet to filter oversize particles from the slurry before the slurry passes through the outlet; and a classification device used to classify the slurry after it passes out of the de-aeration device, wherein the classification device includes a series of plate arrays to receive the slurry once the slurry has passed through the de-aeration device and wherein the classification device includes at least one launder to receive the slurry once it has passed out of the plate arrays. a de-aeration device for de-aerating slurry including: at least one de-aeration chamber for locating a slurry; at least one slurry inlet connected to the de-aeration chamber to allow the slurry to pass into the de-aeration chamber; at least one outlet to allow the slurry to pass out of the de-aeration chamber; and at least one inclined de-aeration face for collecting and transporting air from the slurry; and a screen located adjacent the outlet to filter oversize particles from the slurry before the slurry passes through the outlet; and at least one de-aeration chamber for locating a slurry; at least one slurry inlet connected to the de-aeration chamber to allow the slurry to pass into the de-aeration chamber; at least one outlet to allow the slurry to pass out of the de-aeration chamber; and at least one inclined de-aeration face for collecting and transporting air from the slurry; and a screen located adjacent the outlet to filter oversize particles from the slurry before the slurry passes through the outlet; and a classification device used to classify the slurry after it passes out of the de-aeration device, wherein the classification device includes a series of plate arrays to receive the slurry once the slurry has passed through the de-aeration device and wherein the classification device includes at least one launder to receive the slurry once it has passed out of the plate arrays.
A communication apparatus comprising: a receiver configured to receive mapping pattern candidates information relating to a plurality of Demodulation Reference Signal, DMRS, mapping pattern candidates via a higher layer signaling and to receive downlink control information that includes a plurality of bits for indicating a DMRS mapping pattern; circuitry configured to determine the Demodulation Reference Signal, DMRS, mapping pattern from among the plurality of DMRS mapping pattern candidates, wherein the plurality of DMRS mapping pattern candidates includes a DMRS mapping pattern with a plurality of first DMRS resource elements in a subframe and a plurality of second DMRS resource elements in the subframe. a receiver configured to receive mapping pattern candidates information relating to a plurality of Demodulation Reference Signal, DMRS, mapping pattern candidates via a higher layer signaling and to receive downlink control information that includes a plurality of bits for indicating a DMRS mapping pattern; circuitry configured to determine the Demodulation Reference Signal, DMRS, mapping pattern from among the plurality of DMRS mapping pattern candidates, wherein the plurality of DMRS mapping pattern candidates includes a DMRS mapping pattern with a plurality of first DMRS resource elements in a subframe and a plurality of second DMRS resource elements in the subframe.
Coupling head for pneumatically connecting a tractor and a trailer or for pneumatically connecting two trailers, comprising a) a housing, b) a chamber arranged in the housing, c) a constructional element, in particular a filter element or a valve element, which is arranged in the chamber, and d) a closing element which closes an opening of the chamber, characterised in that e) a latching or locking element (68, 89) and a protrusion or shoulder are formed integrally with the closing element or with the housing and the closing element is assembled with the housing under the establishment of a latching or locking connection (67, 93) wherein the latching or locking element (68, 89) of the housing or the closing element engages behind the protrusion or shoulder of the closing element or of the housing. a) a housing, b) a chamber arranged in the housing, c) a constructional element, in particular a filter element or a valve element, which is arranged in the chamber, and d) a closing element which closes an opening of the chamber, characterised in that e) a latching or locking element (68, 89) and a protrusion or shoulder are formed integrally with the closing element or with the housing and the closing element is assembled with the housing under the establishment of a latching or locking connection (67, 93) wherein the latching or locking element (68, 89) of the housing or the closing element engages behind the protrusion or shoulder of the closing element or of the housing.
A system comprising: an energy storage device; a memory module (102, 202) with on-die error correction code capacity that, when executed, causes the memory module (102, 202) to perform error correction operations comprising a scrub operation; a memory controller (104, 204) configured to cause the error correction operations to be performed during a scrub operation with a programmable patrol scrub period defining a time frame in which to scrub a plurality of addresses of the memory module, the memory controller configured to set the patrol scrub period based on a power status of the energy storage device, wherein the power status indicates whether the energy storage device is charging or discharging, the memory controller (104, 204) configured to operate independent of an error correction operation performable by the on-die ECC. an energy storage device; a memory module (102, 202) with on-die error correction code capacity that, when executed, causes the memory module (102, 202) to perform error correction operations comprising a scrub operation; a memory controller (104, 204) configured to cause the error correction operations to be performed during a scrub operation with a programmable patrol scrub period defining a time frame in which to scrub a plurality of addresses of the memory module, the memory controller configured to set the patrol scrub period based on a power status of the energy storage device, wherein the power status indicates whether the energy storage device is charging or discharging, the memory controller (104, 204) configured to operate independent of an error correction operation performable by the on-die ECC.
A solution containing lithium, at least one of a niobium complex and a titanium complex, hydrogen peroxide, and ammonia, wherein an amount of the ammonia in the solution is 10 ppb or more and 1 mass% or less, and a content of the hydrogen peroxide in the solution is 10 ppb or more and 1 mass% or less.
A method for creating media objects, the method comprising: receiving a first visual representation; receiving a second visual representation; and creating an output media object based on the first visual representation and the second visual representation, wherein the first visual representation is generated based on first information from an input media object including video information, said first visual representation including reference information in the form of a key frame, wherein the second visual representation is generated based on second information from the input media object, said second visual representation including manipulation information operable to be applied to the reference information to generate output media information (806, 908), characterized by using the second visual representation for coding specific information, and using said specific information for manipulating the key frame to generate the output media information, wherein the specific information is extracted from the input media object and is either motion information or a part of an MPEG stream from which the bits for the key frame have been discarded (508, 516). receiving a first visual representation; receiving a second visual representation; and creating an output media object based on the first visual representation and the second visual representation, wherein the first visual representation is generated based on first information from an input media object including video information, said first visual representation including reference information in the form of a key frame, wherein the second visual representation is generated based on second information from the input media object, said second visual representation including manipulation information operable to be applied to the reference information to generate output media information (806, 908), characterized by using the second visual representation for coding specific information, and using said specific information for manipulating the key frame to generate the output media information, wherein the specific information is extracted from the input media object and is either motion information or a part of an MPEG stream from which the bits for the key frame have been discarded (508, 516).