mhurhangee/ep-ind-claims huggingface dataset:
A disinfectant cleaner composition comprising: at least one biocidal quaternary ammonium compound; at least one antimicrobial amine; and an anionic scale inhibitor, wherein the anionic scale inhibitor is ethanolamine-N,N-bis(methylene phosphonate). at least one biocidal quaternary ammonium compound; at least one antimicrobial amine; and an anionic scale inhibitor, wherein the anionic scale inhibitor is ethanolamine-N,N-bis(methylene phosphonate).
A transport container comprising a jacket, which is formed in particular of circular woven fabric and which extends between a lower part and an upper part in such a way that a container volume is formed for receiving granular, liquid, viscous or semi-liquid substances, in particular bitumen, wherein multiple, preferably four, stabilizing elements are provided, which extend along the jacket from the area of the lower part to the area of the upper part and the ends of which, at least in the area of the lower part, are connected in a tension- and pressure-resistant manner by a bracing structure, wherein at least four lifting loops are arranged in the area centrally between the stabilizing elements, wherein an adapter for receiving forklift forks is provided, characterized in that in addition at least four lifting loops are arranged in the area of the stabilizing elements and in that the adapter has at least eight engagement means for engaging the lifting loops.
A battery control system comprising: a plurality of battery modules that acquire battery information including at least a voltage of a battery; and a plurality of relays that are connected to the plurality of battery modules through a communication line and control the plurality of battery modules connected to the plurality of relays, wherein the relay includes a battery information processing unit that transmits measurement instruction information requesting acquisition of the battery information to each of the plurality of battery modules connected to the relay, and receives the battery information and a battery information acquisition time, that is, a time when the battery information is acquired, from each of the plurality of battery modules, and a measurement time differential detecting unit that detects the battery module having an arbitrary battery information acquisition time as a reference, among the received battery information acquisition times, calculates measurement time differential information (Δt), that is, a time difference between the arbitrary battery information acquisition time of the detected battery module and the battery information acquisition time of another battery module for each battery module, and transmits the calculated measurement time differential information (Δt) to each battery module, and wherein the battery module includes an acquisition time measurement unit that measures the battery information acquisition time of the battery, a battery information acquisition unit that measures and acquires the battery information of the battery when the measurement instruction information is received from the relay, acquires the battery information acquisition time of the battery information from the acquisition time measurement unit, and transmits the battery information and the battery information acquisition time thereof to the relay, and a measurement time correction unit that receives the measurement time differential information (Δt) from the relay to store the received measurement time differential information (Δt) in a storage unit, and when the battery information acquisition unit receives the measurement instruction information, corrects the starting of the measurement of the battery information by the measurement time differential information (Δt) stored in the storage unit so as to start measuring. a plurality of battery modules that acquire battery information including at least a voltage of a battery; and a plurality of relays that are connected to the plurality of battery modules through a communication line and control the plurality of battery modules connected to the plurality of relays,
A chalcogen-containing compound represented by the following Chemical Formula 1: [Chemical Formula 1] M y V 1-y Sn x Sb 2 Te x+3 wherein, in the above Formula 1, V is vacancy, M is an alkali metal, x≥6, and 0<y≤0.4.
An optical duobinary modulated signal generator comprising: - a splitter for splitting an optical field into a first part and a second part; - means for inducing a phase delay in the transmission of said first part relative said second part; and - a modulator for intensity modulating said first part and said second part, which in use, provides an optical phase shift between said first part and said second part; - characterized in that said phase delay means is adjustable to provide a phase delay of +π/2 radians or -π/2 radians in each direction of the transmission of said first part to said second part. - a splitter for splitting an optical field into a first part and a second part; - means for inducing a phase delay in the transmission of said first part relative said second part; and - a modulator for intensity modulating said first part and said second part, which in use, provides an optical phase shift between said first part and said second part; - characterized in that said phase delay means is adjustable to provide a phase delay of +π/2 radians or -π/2 radians in each direction of the transmission of said first part to said second part.
Assembly for actuating a clutch in the drive train of a motor vehicle, having a pump unit, which has a hydraulic pump, at least one solenoid valve and a pressure outlet for actuating the clutch, characterized in that the assembly further comprises a transmission case, in which a sump for hydraulic fluid is provided, and a lubricant pump, which supplies a lubricant circuit of the clutch with hydraulic fluid, which is drawn in from the sump of the transmission case, wherein there is a branch from the lubricant circuit to the pump unit such that the lubricant pump to supply with hydraulic fluid the hydraulic pump of the pump unit.
A method of controlling a robot cleaner system comprising a robot cleaner and an external device having a camera and a display, the method comprising: generating image information of the robot cleaner and a region near the robot cleaner using the camera and sensing the robot cleaner based on the image information; mapping an actual region where the robot cleaner is located to a virtual region displayed on the display based on the image information; and performing a location-based service of the robot cleaner through the virtual region displayed on the display; wherein the method further comprises: the external device transmitting an implementing command to the robot cleaner using an application on the external device; and the robot cleaner activating recognition means (112, 312, 412) provided on the robot cleaner based on the implementing command, wherein the recognition means (112, 312, 412) comprises a light image and wherein activating the recognition means comprises activating a light source of the robot cleaner to form the light image on the robot cleaner. generating image information of the robot cleaner and a region near the robot cleaner using the camera and sensing the robot cleaner based on the image information; mapping an actual region where the robot cleaner is located to a virtual region displayed on the display based on the image information; and performing a location-based service of the robot cleaner through the virtual region displayed on the display; wherein the method further comprises: the external device transmitting an implementing command to the robot cleaner using an application on the external device; and the robot cleaner activating recognition means (112, 312, 412) provided on the robot cleaner based on the implementing command, wherein the recognition means (112, 312, 412) comprises a light image and wherein activating the recognition means comprises activating a light source of the robot cleaner to form the light image on the robot cleaner. the external device transmitting an implementing command to the robot cleaner using an application on the external device; and the robot cleaner activating recognition means (112, 312, 412) provided on the robot cleaner based on the implementing command, wherein the recognition means (112, 312, 412) comprises a light image and wherein activating the recognition means comprises activating a light source of the robot cleaner to form the light image on the robot cleaner.
A method of processing image data for displaying on an OLED display device comprising white W, red R, green G and blue B sub-pixels where a ratio of luminous efficacy is W:G:R:B=30:10:3:1, the method comprising the steps of: determining a first image region of the image data and a second image region of the image data, the first image region including an opaque fixed image that is not included in the second image region such that the first image region is more likely to cause a ghost image effect than the second image region, the image data being represented by first color components red R, green G and blue B; applying a first conversion algorithm to first pixel data of the first image region to obtain first converted pixel data (W'R'G'B') represented by second color components, the number of which being larger than a number of the first color components, said second color components consisting of white W, red R, green G and blue B; and applying a second conversion algorithm to second pixel data of the second image region to obtain second converted pixel data (WRGB) represented by the second color components, wherein the first conversion algorithm increases a use rate of a first component W of the second color components and decreases a use rate of a second component B of the second color components relative to the second conversion algorithm, wherein said first W component has a higher luminous efficacy than said second B component, wherein the first conversion algorithm generates α times the use rate of said second B component and β times the use rate of said first W component relative to the second conversion algorithm, where α is less than 1, and β = 1 + 1/30 ∗ (1 - α). determining a first image region of the image data and a second image region of the image data, the first image region including an opaque fixed image that is not included in the second image region such that the first image region is more likely to cause a ghost image effect than the second image region, the image data being represented by first color components red R, green G and blue B; applying a first conversion algorithm to first pixel data of the first image region to obtain first converted pixel data (W'R'G'B') represented by second color components, the number of which being larger than a number of the first color components, said second color components consisting of white W, red R, green G and blue B; and applying a second conversion algorithm to second pixel data of the second image region to obtain second converted pixel data (WRGB) represented by the second color components, wherein the first conversion algorithm increases a use rate of a first component W of the second color components and decreases a use rate of a second component B of the second color components relative to the second conversion algorithm, wherein said first W component has a higher luminous efficacy than said second B component, wherein the first conversion algorithm generates α times the use rate of said second B component and β times the use rate of said first W component relative to the second conversion algorithm, where α is less than 1, and β = 1 + 1/30 ∗ (1 - α).
Pipe clip having at least one clip bracket, on the outer circumferential side of which at least one threaded connection part is provided, which part has at least one external thread and at least one internal thread (7, 8) for connection to a threaded connection part counterpart, wherein the threaded connection part is made from a rod section or has a rod section, the rod cross-section of which forms a regular polygon, wherein the edges on the outer circumference of the rod section bear the at least one external thread, and wherein the edges arranged between the thread-bearing edges of the rod section bear the at least one external thread, and wherein the parallel partial regions of opposite longitudinal sides of the rod section arranged between the thread-bearing edges are provided as tool-engaging surfaces.
An emulsion composition comprising: water; an oily component; gum arabic having a weight average molecular weight of not less than 1 million and not greater than 5 million; and a salt, wherein the salt content in the emulsion composition is 1 mass% or more and less than 10 mass%, wherein the salt is at least one inorganic salt selected from the group consisting of sodium salts, potassium salts, calcium salts, and magnesium salts, and wherein the salt content is 90 parts by mass or less per 100 parts by mass of the gum arabic, wherein the weight average molecular weight of the gum arabic is determined by using gel filtration chromatography and a multi-angle laser light scattering detector (GPC-MALLS) in accordance with the description. water; an oily component; gum arabic having a weight average molecular weight of not less than 1 million and not greater than 5 million; and a salt, wherein the salt content in the emulsion composition is 1 mass% or more and less than 10 mass%, wherein the salt is at least one inorganic salt selected from the group consisting of sodium salts, potassium salts, calcium salts, and magnesium salts, and wherein the salt content is 90 parts by mass or less per 100 parts by mass of the gum arabic, wherein the weight average molecular weight of the gum arabic is determined by using gel filtration chromatography and a multi-angle laser light scattering detector (GPC-MALLS) in accordance with the description.
A computer-implemented security system, comprising: a communications component of a local endpoint that receives a digital certificate from a remote endpoint, the digital certificate having certificate attributes; and a security component of the local endpoint that processes the certificate attributes to validate Internet Protocol security, IPsec, communications with the remote endpoint;wherein the certificate is an IPsec certificate and characterized in that the certificate attributes include a list comprising an IP address or group of addresses of a physical network on which the certificate is intended to be used; wherein the local endpoint is adapted to compare the actual IP address the remote endpoint is using to the list of IP addresses in the received certificate; wherein, if the IP address of the remote endpoint is on the list, then the IPsec connection can proceed and, if the IP address of the remote endpoint is not on the list, the IPsec connection will fail. a communications component of a local endpoint that receives a digital certificate from a remote endpoint, the digital certificate having certificate attributes; and a security component of the local endpoint that processes the certificate attributes to validate Internet Protocol security, IPsec, communications with the remote endpoint;wherein the certificate is an IPsec certificate and characterized in that the certificate attributes include a list comprising an IP address or group of addresses of a physical network on which the certificate is intended to be used; wherein the local endpoint is adapted to compare the actual IP address the remote endpoint is using to the list of IP addresses in the received certificate; wherein, if the IP address of the remote endpoint is on the list, then the IPsec connection can proceed and, if the IP address of the remote endpoint is not on the list, the IPsec connection will fail.
A secondary battery, wherein the secondary battery comprises: a case, comprising an opening and an inner cavity, an electrolyte being comprised in the inner cavity; a cap assembly, covering the opening; an electrode assembly, located in the inner cavity and comprising an electrode unit and tabs; along a length direction, the electrode unit comprising two side portions disposed oppositely, and the tabs extending from the side portions, the length direction being perpendicular to a covering direction in which the cap assembly covers the opening of the case; connecting components, configured to connect the tabs and the cap assembly; and a flow guiding component, located between a corresponding connecting component and a corresponding side portion and connected to the connecting component, at least part of the flow guiding component being in contact with the corresponding side portion, and the flow guiding component being in contact with the electrolyte, and the flow guiding component absorbing the electrolyte; wherein, the flow guiding component is provided with an avoiding portion configured to avoid the tabs. a case, comprising an opening and an inner cavity, an electrolyte being comprised in the inner cavity; a cap assembly, covering the opening; an electrode assembly, located in the inner cavity and comprising an electrode unit and tabs; along a length direction, the electrode unit comprising two side portions disposed oppositely, and the tabs extending from the side portions, the length direction being perpendicular to a covering direction in which the cap assembly covers the opening of the case; connecting components, configured to connect the tabs and the cap assembly; and a flow guiding component, located between a corresponding connecting component and a corresponding side portion and connected to the connecting component, at least part of the flow guiding component being in contact with the corresponding side portion, and the flow guiding component being in contact with the electrolyte, and the flow guiding component absorbing the electrolyte; wherein, the flow guiding component is provided with an avoiding portion configured to avoid the tabs.
Use of a bright pigment in an automotive body coating comprising a metallic base layer containing 0.01 to 30 mass% of the bright pigment, the bright pigment comprising: flaky particles; and a metal oxide layer coating at least a part of the surface of each flaky particle, wherein: the flaky particles have a particle size distribution in which the particle size at 99% of the cumulative volume from the smaller particle size is 48 μm or less, and the maximum particle size is 62 μm or less; the flaky particles are made of glass having a refractive index in the range of 1.4 to 1.8; and the flaky particles have a thickness distribution in which the frequency of the particles having a thickness in the range of 0.8 μm to 1.9 μm is 90% or more by volume. flaky particles; and a metal oxide layer coating at least a part of the surface of each flaky particle, wherein: the flaky particles have a particle size distribution in which the particle size at 99% of the cumulative volume from the smaller particle size is 48 μm or less, and the maximum particle size is 62 μm or less; the flaky particles are made of glass having a refractive index in the range of 1.4 to 1.8; and the flaky particles have a thickness distribution in which the frequency of the particles having a thickness in the range of 0.8 μm to 1.9 μm is 90% or more by volume. the flaky particles have a particle size distribution in which the particle size at 99% of the cumulative volume from the smaller particle size is 48 μm or less, and the maximum particle size is 62 μm or less; the flaky particles are made of glass having a refractive index in the range of 1.4 to 1.8; and the flaky particles have a thickness distribution in which the frequency of the particles having a thickness in the range of 0.8 μm to 1.9 μm is 90% or more by volume.
A pile driver for driving a pile (102, 220, 704, 706, 708) into a ground comprising a hammer (104, 204), and an anvil for transferring energy resulting from the impact of a blow from the hammer (104, 204) to the pile (102, 220, 704, 706, 708) and a pile measuring system suitable for determining parameter(s) of a pile during installation of the pile (102, 220, 704, 706, 708), and at least one positioning sensor (226, 228, 502), characterized in that the pile driver has a sleeve (106, 206)and in that said hammer (104, 204, 526), said anvil and said sleeve (106, 206, 502) are placed at the top of the pile (102, 220, 704, 706, 708) when the pile is being installed into the ground, wherein the anvil is placed on the uppermost part of the pile (102, 220, 704, 706, 708) and the hammer (104, 204) is configured to abut the anvil whereas the sleeve (106, 206, 502) surrounds the hammer (104, 204), the anvil and the uppermost part of the pile (102, 220, 704, 706, 708), said pile measuring system comprising: the at least one positioning sensor (226, 228, 502), wherein the at least one positioning sensor (226, 228, 502) is attached to a location on the sleeve (106, 206) and configured to measure position coordinates of the respective location on the sleeve (106, 206); a parameter calculator (218, 506) for determining the parameter(s) of the pile (102, 220, 704, 706, 708) from the position coordinates measured by the at least one positioning sensor (226, 228, 502). the at least one positioning sensor (226, 228, 502), wherein the at least one positioning sensor (226, 228, 502) is attached to a location on the sleeve (106, 206) and configured to measure position coordinates of the respective location on the sleeve (106, 206); a parameter calculator (218, 506) for determining the parameter(s) of the pile (102, 220, 704, 706, 708) from the position coordinates measured by the at least one positioning sensor (226, 228, 502).
Valve train device for an internal combustion engine of a motor vehicle, the device comprising at least one cam element, which is mounted in an axially displaceable manner and comprises at least one cam (11, 15) with at least two sub-cams (12, 13, 14, 16, 17, 18) and a shifting gate with at least one gate track (20, 21) provided for converting a rotary movement of the cam element into an axial shifting force, characterised in that at least one of the sub-cams (14, 16) and the at least one gate track (20, 21) are arranged to overlap one another axially at least partially.