mhurhangee/ep-ind-claims huggingface dataset:
Security element, especially for pieces of luggage, for reducing an explosive power deriving from explosive devices which are located in the pieces of luggage, wherein the security element has a base body, which base body has four side parts (11, 12, 13, 14) and a lid part which joins the side parts (11, 12, 13, 14), wherein a receiving space is formed by the side parts (11, 12, 13, 14) and the lid part, for receiving the piece of luggage, characterized in that there is a respective lug fastened to each side part (11, 12, 13, 14) of the base body, which lug can be fastened to a surface which supports the explosive device, and the base body having several openings, so that a pressure wave, which is caused by the explosion of the explosive device, is able to at least partially escape, wherein the openings are fastened to connection areas of the base body, which are formed by the lid part and the side parts (11, 12, 13, 14), and/or are fastened to the connection areas between two side parts (11, 12, 13, 14) respectively.
Method of managing drill rods, drilling tools, borehole pipework and the like for ground drilling to exploit fossil fuel deposits or geothermal energy reserves, wherein information relating to the stock and the current storage location of components to be introduced into the borehole, such as drill rods, drilling pipes, lining pipes, intermediate pieces, drill bits and the like, are stored in an electronic data processing system (21, 22, 23, 24, 25, 28), abbreviated to EDP system below, and wherein, in addition, information relating to the installation position and/or installation sequence of all components introduced into the borehole are stored in the EDP system (21, 22, 23, 24, 25, 28), so that the EDP system (21, 22, 23, 24, 25, 28) is able to indicate to a user via a terminal when and from which location he should supply which component to a borehole supply system and/or to which location he should return which component to storage when it needs to be removed from the borehole, and/or so that the EDP system is able to control an automatic storage, supply and re-storage device, characterised in that the EDP system combines the management of an automatic storage, supply and re-storage device and the management of a manual store and the EDP system (21, 22, 23, 24, 25, 28) works through a drilling list, wherein in the case of components to be introduced into the borehole that are stored in the automatic storage, supply and re-storage device it controls the device in order to supply the components automatically to the borehole or to a borehole supply system, and wherein in the case of components to be introduced into the borehole that are not stored in the automatic storage, supply and re-storage device but are kept in the manual store it generates a display which indicates to the user which component from which location he is to supply to the borehole supply system and waits for an acknowledgement of that display before continuing to work through the drilling list.
A string trimmer having a battery housing assembly comprising: a base housing member defining a chamber configured to receive a battery therein, the base housing member including a frontal member configured to engage a front portion of the battery, a top member and a bottom member extending from the frontal member; and characterised by: a first side member configured to be removably connected to a first side of the base housing member; and, a second side member configured to be removably connected to an opposing second side of the base housing member, wherein the first side member and second side member in cooperation with the base housing member define a chamber to receive the battery therein and provide protection to the battery. a first side member configured to be removably connected to a first side of the base housing member; and, a second side member configured to be removably connected to an opposing second side of the base housing member, wherein the first side member and second side member in cooperation with the base housing member define a chamber to receive the battery therein and provide protection to the battery.
A method for generating auxiliary power in an aircraft, including the step consisting of: - starting an auxiliary power unit of the aircraft by supplying compressed air to the auxiliary power unit from a volumetric compressor, and - transferring non-propulsive energy from the auxiliary power unit to the aircraft. - starting an auxiliary power unit of the aircraft by supplying compressed air to the auxiliary power unit from a volumetric compressor, and - transferring non-propulsive energy from the auxiliary power unit to the aircraft.
A multi-modulation receiver configured to receive a multicarrier signal comprising data transmitted from multiple transmitters, wherein at least one of the transmitters is an Orthogonal Frequency-Division Multiplexing, OFDM, transmitter; wherein at least one of the transmitters is a transmitter using a modulation scheme other than OFDM, and wherein data transmitted from different transmitters are mapped to different subcarriers in the frequency domain, and wherein, in a first transmission mode, said data are mapped targeting the multi-modulation receiver on a subcarrier signal, using a repetition code matching an OFDM symbol duration of the multi-modulation receiver the multi-modulation receiver comprising: - a radio unit configured to receive the multicarrier signal; - a cyclic prefix unit configured to remove a Cyclic Prefix, CP, from the received multicarrier signal; - a Fast Fourier Transform, FFT, unit configured to separate data received from the individual transmitters into mutually orthogonal subcarriers by transforming the multicarrier signal in the time domain to multiple orthogonal subcarrier signals in the frequency domain; - a demapping unit configured to, for each of the multiple transmitters, demap the corresponding subcarrier signals in accordance with the modulation scheme of the respective transmitter. - a radio unit configured to receive the multicarrier signal; - a cyclic prefix unit configured to remove a Cyclic Prefix, CP, from the received multicarrier signal; - a Fast Fourier Transform, FFT, unit configured to separate data received from the individual transmitters into mutually orthogonal subcarriers by transforming the multicarrier signal in the time domain to multiple orthogonal subcarrier signals in the frequency domain; - a demapping unit configured to, for each of the multiple transmitters, demap the corresponding subcarrier signals in accordance with the modulation scheme of the respective transmitter.
A contact lens, said contact lens comprising: an inner layer, comprised of an interior side and an exterior side, wherein said exterior side is configured to be placed upon the eye of an individual; an outer layer, comprised of an interior side and an exterior side, and an amount of liquid crystal material (32, 34, 38), said interior side of said outer layer is affixed to said interior side of said inner layer in such a way that creates a sealed area there between; said amount of liquid crystal material (32, 34, 38) being contained within said sealed area, characterized in that: said interior side of said inner layer is further comprised of a plurality of micro tubes disposed over the interior side of the inner layer from a brim to an iris viewing portal of the contact lens; the amount of liquid crystal material (32, 34, 38) comprises thermochromic liquid crystal within the micro tubes; and said amount of liquid crystal material (32, 34, 38) is configured to respond to one or more stimuli, wherein at least one of said one or more stimuli is temperature changes. an inner layer, comprised of an interior side and an exterior side, wherein said exterior side is configured to be placed upon the eye of an individual; an outer layer, comprised of an interior side and an exterior side, and an amount of liquid crystal material (32, 34, 38), said interior side of said outer layer is affixed to said interior side of said inner layer in such a way that creates a sealed area there between; said amount of liquid crystal material (32, 34, 38) being contained within said sealed area, characterized in that: said interior side of said inner layer is further comprised of a plurality of micro tubes disposed over the interior side of the inner layer from a brim to an iris viewing portal of the contact lens; the amount of liquid crystal material (32, 34, 38) comprises thermochromic liquid crystal within the micro tubes; and said amount of liquid crystal material (32, 34, 38) is configured to respond to one or more stimuli, wherein at least one of said one or more stimuli is temperature changes. said interior side of said inner layer is further comprised of a plurality of micro tubes disposed over the interior side of the inner layer from a brim to an iris viewing portal of the contact lens; the amount of liquid crystal material (32, 34, 38) comprises thermochromic liquid crystal within the micro tubes; and said amount of liquid crystal material (32, 34, 38) is configured to respond to one or more stimuli, wherein at least one of said one or more stimuli is temperature changes.
A method comprising: providing for concurrent operation of multiple active user interface states that are each configured to present a respective first amount of information with at least a portion (414, 416, 510, 525, 615, 620, 625, 630, 635) of at least one of the respective first amounts of information being presented on a display while operating in a first power mode; causing a processor to automatically select information from a plurality of the respective first amounts of information to create a second amount of information (426, 535, 620, 625, 630, 635) that is a subset of the plurality of respective first amounts of information, wherein the second amount of information is selected from the plurality of respective first amounts of information based upon one or more relevancy parameters and wherein the second amount of information includes information from a plurality of the multiple active user interface states; providing for presentation of the second amount of information on the display while operating in a second power mode configured to consume less power than the first power mode; and providing for display of a third amount of information from the user interface states while operating in a third power mode configured to consume less power than the second power mode, wherein the third amount of information is a subset of the second amount of information and wherein the third amount of information is selected from the second amount of information based upon one or more relevancy parameters. providing for concurrent operation of multiple active user interface states that are each configured to present a respective first amount of information with at least a portion (414, 416, 510, 525, 615, 620, 625, 630, 635) of at least one of the respective first amounts of information being presented on a display while operating in a first power mode; causing a processor to automatically select information from a plurality of the respective first amounts of information to create a second amount of information (426, 535, 620, 625, 630, 635) that is a subset of the plurality of respective first amounts of information, wherein the second amount of information is selected from the plurality of respective first amounts of information based upon one or more relevancy parameters and wherein the second amount of information includes information from a plurality of the multiple active user interface states; providing for presentation of the second amount of information on the display while operating in a second power mode configured to consume less power than the first power mode; and providing for display of a third amount of information from the user interface states while operating in a third power mode configured to consume less power than the second power mode, wherein the third amount of information is a subset of the second amount of information and wherein the third amount of information is selected from the second amount of information based upon one or more relevancy parameters.
A method of treating a fluid volume, the method comprising contacting the fluid volume with a sorbent, wherein: the fluid volume is a natural gas flow, the fluid volume has an initial concentration of C6+ components prior to the contacting, the fluid volume has a final concentration of C6+ components after the contacting that is less than the initial concentration of C6+ components, the sorbent comprises amorphous SiO 2 at a weight percent greater than 90%, wherein a relative micropore surface area of the sorbent is greater than 10%, wherein RMA is the ratio of micropore surface area to BET surface area, wherein micropore surface area is the total surface area associated with pores below 200 Angstroms in diameter, and wherein a total pore volume for pores between 500 nm and 20000 nm in diameter is greater than 70 mm 3 /g. the fluid volume is a natural gas flow, the fluid volume has an initial concentration of C6+ components prior to the contacting, the fluid volume has a final concentration of C6+ components after the contacting that is less than the initial concentration of C6+ components, the sorbent comprises amorphous SiO 2 at a weight percent greater than 90%, wherein a relative micropore surface area of the sorbent is greater than 10%, wherein RMA is the ratio of micropore surface area to BET surface area, wherein micropore surface area is the total surface area associated with pores below 200 Angstroms in diameter, and wherein a total pore volume for pores between 500 nm and 20000 nm in diameter is greater than 70 mm 3 /g.
A sprinkler system comprising: a first valve for discharging a liquid to suppress fire, the first valve comprising a first sensor configured to provide an output indicating a flow of the liquid, and a first processor configured to process the output of the first sensor and to provide a first indication of liquid flow at the first valve; and a second valve for discharging a liquid to suppress fire, the second valve comprising a second sensor configured to provide an output indicating a flow of liquid, and a second processor configured to process the output of the second sensor to provide a second indication of liquid flow at the second valve; characterized in that the first valve further comprises a first back flow valve configured to prevent or slow down a back flow of the liquid, wherein the first processor is configured to detect a condition of a slowed back flow based on at least one of a flow direction and a change in pressure. a first valve for discharging a liquid to suppress fire, the first valve comprising a first sensor configured to provide an output indicating a flow of the liquid, and a first processor configured to process the output of the first sensor and to provide a first indication of liquid flow at the first valve; and a second valve for discharging a liquid to suppress fire, the second valve comprising a second sensor configured to provide an output indicating a flow of liquid, and a second processor configured to process the output of the second sensor to provide a second indication of liquid flow at the second valve; characterized in that the first valve further comprises a first back flow valve configured to prevent or slow down a back flow of the liquid, wherein the first processor is configured to detect a condition of a slowed back flow based on at least one of a flow direction and a change in pressure.
A method for generating an automatic repeat request, ARQ, feedback message at a receiving end (210,310) in a wireless communication system, the method comprising: generating first ARQ feedback information comprising information for indicating a sequence number, SN, of a first ARQ block among a plurality of ARQ blocks; generating second ARQ feedback information indicative of ACK or negative ACK, NACK, information for the first ARQ block indicated by the first ARQ feedback information and contiguous ARQ blocks following the first ARQ block; generating an ARQ feedback message comprising the first ARQ feedback information and the second ARQ feedback information; and transmitting the ARQ feedback message to a transmitting end, wherein the first ARQ feedback information indicates that an ARQ block of which a SN is less than the SN of the first ARQ block has been received successfully, wherein the second ARQ feedback information has a bitmap structure, wherein most significant bit, MSB, of the second ARQ feedback information represents ACK or NACK information for the first ARQ block, and wherein contiguous bits after the MSB of the second ARQ feedback information represent ACK or NACK information for the contiguous ARQ blocks. generating first ARQ feedback information comprising information for indicating a sequence number, SN, of a first ARQ block among a plurality of ARQ blocks; generating second ARQ feedback information indicative of ACK or negative ACK, NACK, information for the first ARQ block indicated by the first ARQ feedback information and contiguous ARQ blocks following the first ARQ block; generating an ARQ feedback message comprising the first ARQ feedback information and the second ARQ feedback information; and transmitting the ARQ feedback message to a transmitting end, wherein the first ARQ feedback information indicates that an ARQ block of which a SN is less than the SN of the first ARQ block has been received successfully, wherein the second ARQ feedback information has a bitmap structure, wherein most significant bit, MSB, of the second ARQ feedback information represents ACK or NACK information for the first ARQ block, and wherein contiguous bits after the MSB of the second ARQ feedback information represent ACK or NACK information for the contiguous ARQ blocks.
A tire rim-assembling mechanism in which an upper rim is provided for rim assembly to a tire to which a lower rim is fixed, comprising: a main shaft which is connectable to the upper rim to rotate the tire; and an upper rim pull-up mechanism fixed to the main shaft for pulling up the upper rim with respect to the main shaft to join it to the lower end portion of the main shaft, and wherein the upper rim pull-up mechanism includes an engaging means to engage the upper rim, and an elevating device to move the engaging means vertically. a main shaft which is connectable to the upper rim to rotate the tire; and an upper rim pull-up mechanism fixed to the main shaft for pulling up the upper rim with respect to the main shaft to join it to the lower end portion of the main shaft, and wherein the upper rim pull-up mechanism includes an engaging means to engage the upper rim, and an elevating device to move the engaging means vertically.
Conveyor device for a tank cart, comprising - an extension arm for conveying liquids, which has a first pipe part which is able to be fastened to the tank cart pivotably relative to the tank cart about a first rotational axis running in longitudinal direction (x) of the tank cart, and a second pipe part which is fastened, pivotably about a second rotational axis running in longitudinal direction (x) of the tank cart, on the first pipe part; - a four-bar linkage having a frame, a swing arm, a coupler and a crank arm to pivot the pipe parts (20, 24) about the rotational axes (22, 26); - wherein the swing arm is formed by at least one hydraulic cylinder, the coupler, running parallel to the second pipe part, is fastened to said second pipe part and the crank arm is pivotable relative to the frame by means of at least one further hydraulic cylinder. - an extension arm for conveying liquids, which has a first pipe part which is able to be fastened to the tank cart pivotably relative to the tank cart about a first rotational axis running in longitudinal direction (x) of the tank cart, and a second pipe part which is fastened, pivotably about a second rotational axis running in longitudinal direction (x) of the tank cart, on the first pipe part; - a four-bar linkage having a frame, a swing arm, a coupler and a crank arm to pivot the pipe parts (20, 24) about the rotational axes (22, 26); - wherein the swing arm is formed by at least one hydraulic cylinder, the coupler, running parallel to the second pipe part, is fastened to said second pipe part and the crank arm is pivotable relative to the frame by means of at least one further hydraulic cylinder.
A method of forming a bend in a plate of material, said method comprising: air bending a plate of material in a first air bending step by applying a first bending force using a first bending punch and a first die having a first die width; then air bending the plate of material in a second air bending step by applying a second bending force using a second bending punch and a second die having a second die width, wherein the first and second bending force is applied at the same point of the plate and in the same direction; wherein the second die width is less than the first die width, and/or the radius of the second bending punch is less than the radius of the first bending punch.