mhurhangee/ep-ind-claims huggingface dataset:
An anti-extrusion device, wherein comprising: an operation platform guard for a guard rail mounted on an aerial work platform; the operation platform guard being movable connected with at least one detecting rod for the human body to lean on, and the detecting rod provided with a position change sensing means for triggering an alarm system; characterized in that the anti-extrusion device has two detecting rods opposite to each other, and are provided with position change sensing means at opposite ends; and wherein the position change sensing means on one of the detecting rods is a magnetic inductive switch and the position change sensing means on the other detecting rod is a magnetic block. an operation platform guard for a guard rail mounted on an aerial work platform; the operation platform guard being movable connected with at least one detecting rod for the human body to lean on, and the detecting rod provided with a position change sensing means for triggering an alarm system; characterized in that the anti-extrusion device has two detecting rods opposite to each other, and are provided with position change sensing means at opposite ends; and wherein the position change sensing means on one of the detecting rods is a magnetic inductive switch and the position change sensing means on the other detecting rod is a magnetic block.
A carpet comprising a poly(trimethylene terephthalate) yarn, a backing system and an adhesive system, wherein the poly(trimethylene terephthalate) yarn comprises a carrier, which is an aromatic organic compound, in a range of from 25 to 3000 ppm by weight of the yarn, and wherein the carpet contains less than 2000 ppm of flame retardant, by weight of the carpet; and wherein the carpet has a Class I flammability rating, as determined by an ASTM-E648-based test.
A mobile device for locating plugs whose position in a pipe system is unknown, whereby the device comprises a measuring head that is suitable for placement onto a pipe of the pipe system as well as at least one proximity switch arranged on a first side of the measuring head facing the pipe that is to be examined, in order to detect the magnetic field generated by the plug, and said device also comprises at least one signal unit that is connected to the measuring head and that is suitable to emit an appropriate localization signal in response to the detection of the magnetic field generated by the plug, characterized in that the first side that is provided for placement onto the outside of the pipe has a V-shaped contour and comprises precisely only four proximity switches (51, 52, 53, 54), whereby the distance between the first and the second proximity switches (51, 52) as well as between the third and the fourth proximity switches (53, 54) corresponds to the first distance, and the second and the third proximity switches (52, 53) are arranged at a second distance that is greater than the first distance.
A feeding device for feeding a separation apparatus, the separation apparatus being suitable for separating aggregates from concrete residues in order to reclaim said aggregates, the feeding device comprising: - a tank for containing a fluid comprising a liquid in which the aggregates to be reclaimed are dispersed; - a main screw conveyor for collecting said fluid from a collecting zone of the tank and conveying the liquid and the aggregates contained in said fluid towards the separation apparatus; characterized by - at least one auxiliary screw conveyor positioned along a bottom surface of the tank for conveying the fluid towards said collecting zone. - a tank for containing a fluid comprising a liquid in which the aggregates to be reclaimed are dispersed; - a main screw conveyor for collecting said fluid from a collecting zone of the tank and conveying the liquid and the aggregates contained in said fluid towards the separation apparatus; characterized by - at least one auxiliary screw conveyor positioned along a bottom surface of the tank for conveying the fluid towards said collecting zone.
A method of forming a lithographic imaging blanket for a printing apparatus, comprising: preparing a support structure for receipt of an elastomeric polymer blanket compound; introducing said elastomeric polymer blanket compound in liquid state into said support structure; curing said elastomeric polymer blanket compound to produce an elastomeric imaging blanket; releasing said elastomeric imaging blanket from said support structure; and etching a surface of said elastomeric imaging blanket to form a texture pattern therein, said surface forming an imaging surface of said imaging blanket. preparing a support structure for receipt of an elastomeric polymer blanket compound; introducing said elastomeric polymer blanket compound in liquid state into said support structure; curing said elastomeric polymer blanket compound to produce an elastomeric imaging blanket; releasing said elastomeric imaging blanket from said support structure; and etching a surface of said elastomeric imaging blanket to form a texture pattern therein, said surface forming an imaging surface of said imaging blanket.
A combustor for a gas turbine engine comprising: a support shell (68, 70) having a bend; and a combustor liner including a forward liner panel (72A, 72B) mounted to the support shell (68, 70) via a first multiple of studs, the forward liner panel (72A, 72B) comprising a forward section and an aft section that defines a profile internal to the combustor with an arcuate surface section between the forward section and the aft section, the aft section being adjacent to the bend; and the combustor liner further comprising an aft liner panel (74A, 74B) mounted to the support shell (68, 70) via a second multiple of studs downstream of the forward liner panel (72A, 72B); characterised in that: the arcuate surface section extends over an angle between 150 to 175 degrees with respect to a cold side of the forward liner panel (72A, 72B); the support shell (68, 70) is formed with an arcuate surface section that is complementary to the arcuate surface section of the forward liner panel (72A, 72B), wherein the arcuate surface section of the forward liner panel (72A, 72B) is in the region of the arcuate surface section of the support shell (68, 70); the combustor liner extends across two segments of the support shell (68, 70). a support shell (68, 70) having a bend; and a combustor liner including a forward liner panel (72A, 72B) mounted to the support shell (68, 70) via a first multiple of studs, the forward liner panel (72A, 72B) comprising a forward section and an aft section that defines a profile internal to the combustor with an arcuate surface section between the forward section and the aft section, the aft section being adjacent to the bend; and the combustor liner further comprising an aft liner panel (74A, 74B) mounted to the support shell (68, 70) via a second multiple of studs downstream of the forward liner panel (72A, 72B); the arcuate surface section extends over an angle between 150 to 175 degrees with respect to a cold side of the forward liner panel (72A, 72B); the support shell (68, 70) is formed with an arcuate surface section that is complementary to the arcuate surface section of the forward liner panel (72A, 72B), wherein the arcuate surface section of the forward liner panel (72A, 72B) is in the region of the arcuate surface section of the support shell (68, 70); the combustor liner extends across two segments of the support shell (68, 70).
A display device comprising a display surface (500a-500x), the display surface (500a-500x) including a pixel (11a-11x) having red (5R, 5Ra - 5Rx. 5R 1 d - 5R 1 m, 5R 2 d - 5R 2 m), green (5G, 5Ga - 5Gx), blue (5B, 5Ba - 5Bx, 5B 1 j - 5B 1 m), and yellow (5Y, 5Ya - 5Yw) sub-pixels, wherein the blue sub-pixel has the largest aperture area, characterized in that a lightness value of red light displayed by the pixel (11a-11x) is between 12% and 25% of a lightness value of white light displayed by the pixel (11a-11x).
A method for demodulating a received signal relating to a sequence of transmitted symbols that have been modulated by continuous phase modulation, the method comprising the steps of: estimating, on the basis of a sequence of samples generated from the received signal, a time offset and a frequency offset of the received signal and using the estimated time offset and the estimated frequency offset for compensating the sequence of samples for the time and frequency offsets, to obtain a compensated sequence of samples; determining a sequence of symbols corresponding to the transmitted sequence of symbols on the basis of the compensated sequence of samples, wherein said determining is performed such that each of the determined symbols is the symbol that has the highest probability of being identical to the corresponding transmitted symbol; generating a packet from the determined sequence of symbols; calculating a first checksum for the packet; and if the first checksum indicates that the packet has not been decoded correctly, inverting a first pair of symbols in the packet, wherein the two symbols of the first pair of symbols are separated by a further symbol, calculating a second checksum of the packet including the inverted first pair of symbols and outputting the packet including the inverted first pair of symbols if the second checksum indicates that the packet including the inverted first pair of symbols has been decoded correctly. estimating, on the basis of a sequence of samples generated from the received signal, a time offset and a frequency offset of the received signal and using the estimated time offset and the estimated frequency offset for compensating the sequence of samples for the time and frequency offsets, to obtain a compensated sequence of samples; determining a sequence of symbols corresponding to the transmitted sequence of symbols on the basis of the compensated sequence of samples, wherein said determining is performed such that each of the determined symbols is the symbol that has the highest probability of being identical to the corresponding transmitted symbol; generating a packet from the determined sequence of symbols; calculating a first checksum for the packet; and if the first checksum indicates that the packet has not been decoded correctly, inverting a first pair of symbols in the packet, wherein the two symbols of the first pair of symbols are separated by a further symbol, calculating a second checksum of the packet including the inverted first pair of symbols and outputting the packet including the inverted first pair of symbols if the second checksum indicates that the packet including the inverted first pair of symbols has been decoded correctly.
Valve for a fluid, operated by its own medium, comprising - a valve housing with a valve inlet and a valve outlet, - a valve seat arranged in the direction of flow of the fluid between the valve inlet and the valve outlet, - a closure means arranged movably in the valve housing, with a first side and a second side, wherein the closure means closes the valve seat tightly when the valve is in the closed state, - a balancing opening for providing a pressure compensation between the first side and the second side of the closure means and - at least one control actuator, wherein the control actuator closes the balancing opening of the closure means in a closed position and frees the balancing opening of the closure means in an open position such that the closure means frees the valve seat as a result of a pressure compensation via the balancing opening the valve seat, characterised in that the at least one control actuator is designed in the form of at least one electroactive polymer actuator (10, 10**), wherein the balancing opening can be closed off by a blocking element (11, 11*, 11**) which can be actuated by means of the at least one electroactive polymer actuator and wherein the blocking element is formed by a slide bearing with a slide bearing pin and a slide bearing sleeve, wherein the slide bearing pin can be pushed into the slide bearing sleeve by means of the at least one electroactive polymer actuator and wherein the slide bearing pin and the slide bearing sleeve each have a through-opening in their lateral surface such that when the sliding bearing pin is pushed into the slide bearing sleeve the through-openings are aligned with one another and with the balancing opening and free the latter. - a valve housing with a valve inlet and a valve outlet, - a valve seat arranged in the direction of flow of the fluid between the valve inlet and the valve outlet, - a closure means arranged movably in the valve housing, with a first side and a second side, wherein the closure means closes the valve seat tightly when the valve is in the closed state, - a balancing opening for providing a pressure compensation between the first side and the second side of the closure means and - at least one control actuator, wherein the control actuator closes the balancing opening of the closure means in a closed position and frees the balancing opening of the closure means in an open position such that the closure means frees the valve seat as a result of a pressure compensation via the balancing opening the valve seat,
Dichlorido complexes of platinum in the oxidation state +11 and their crystal-solvates having the structural formula, where at least one of the hydrogen atoms localized on the carbon atoms C3, C4 or C5 of the 7-azaindole skeleton is substituted at least one atom from the group of: chlorine, bromine, or iodine, for use in the treatment of ovarian carcinoma and/or prostate carcinoma and/or lung carcinoma and/or cervix carcinoma and/or malignant melanoma.
A household refrigeration appliance in which a storage unit comprises: a main body having a receiving space; a storage member movably received in the receiving space; a retractable guide unit connected between the main body and the storage member for guiding the storage member to insert into and retreat from the receiving space; and a securing unit for securing the guide unit to an inner side of a wall of the receiving space, wherein the securing unit comprises a mounting piece located in the receiving space, the mounting piece comprising a mounting portion provided with at least one hole, and an insertion member passing through and being secured to the hole, characterized in that the receiving space is air-tightly closable and can be maintained in evacuated, low-pressure state and that a gap is formed between the mounting portion and an inner surface of the wall and that the insertion member extends into the gap and is at a distance from the wall, such that the interior of the receiving space is not in fluid communication with the exterior thereof. a main body having a receiving space; a storage member movably received in the receiving space; a retractable guide unit connected between the main body and the storage member for guiding the storage member to insert into and retreat from the receiving space; and a securing unit for securing the guide unit to an inner side of a wall of the receiving space, wherein the securing unit comprises a mounting piece located in the receiving space, the mounting piece comprising a mounting portion provided with at least one hole, and an insertion member passing through and being secured to the hole, characterized in that the receiving space is air-tightly closable and can be maintained in evacuated, low-pressure state and that a gap is formed between the mounting portion and an inner surface of the wall and that the insertion member extends into the gap and is at a distance from the wall, such that the interior of the receiving space is not in fluid communication with the exterior thereof.
Apparatus configured to insert an intraosseous device into a bone and associated bone marrow comprising: a powered driver having a housing with one end of a drive shaft extending therefrom; the intraosseous device having a first end configured to be inserted into the bone and associated bone marrow; a coupler assembly having a housing and an elongated core disposed within and rotatable relative to the housing; the coupler assembly having a first end configured to receive and be releasably engaged with a second end of the intraosseous device to retain the second end of the intraosseous device relative to the elongated core; and the coupler assembly having a second end configured to receive the one end of the drive shaft, the coupler assembly comprising a latch configured to be releasably engaged with the one end of the drive shaft to retain the one end of the drive shaft relative to the elongated core. a powered driver having a housing with one end of a drive shaft extending therefrom; the intraosseous device having a first end configured to be inserted into the bone and associated bone marrow; a coupler assembly having a housing and an elongated core disposed within and rotatable relative to the housing; the coupler assembly having a first end configured to receive and be releasably engaged with a second end of the intraosseous device to retain the second end of the intraosseous device relative to the elongated core; and the coupler assembly having a second end configured to receive the one end of the drive shaft, the coupler assembly comprising a latch configured to be releasably engaged with the one end of the drive shaft to retain the one end of the drive shaft relative to the elongated core.
A gas turbine blade shroud comprising a platform and one or more fins (6, 7) extending radially outward from the platform; wherein side rails extend radially outward and along one or both edges of the platform that face, is use, the platform of an adjacent blade in a blade row; characterised in that the side rails have a trapezoidal profile shape having an upper width (c) and a base width (d) where the ratio d/c of the base width (d) to the upper width (c) is in the range from 0.2 to 5, and the trapezoidal side rails have a height (h) where the ratio of 2h/(c+d) is in the range from 1 to 6, and where the platform has a thickness (s) in the range between 0.8 and 4 mm.
An image forming apparatus, comprising: a display control device, comprising: a memory configured to store display information; a processor configured to give a command to display a detachment menu for accepting detachment of a trouble-occurred target unit based on a trouble occurrence of the trouble-occurred target unit included in the image forming apparatus; and a display interface configured to output display information in response to the command from the processor, a display configured to display the detachment menu based on the output display information from the display interface, and an input interface configured to accept a detachment input of the trouble-occurred target unit from the detachment menu, characterized in that the processor is configured to: detect a detachment candidate included in the trouble-occurred target unit based on the trouble occurrence information, give a command to display the detachment menu including the detachment candidate, and virtually detach the detachment candidate by ignoring all signals come from the detachment candidate to invalidate a function of the detachment candidate. a display control device, comprising: a memory configured to store display information; a processor configured to give a command to display a detachment menu for accepting detachment of a trouble-occurred target unit based on a trouble occurrence of the trouble-occurred target unit included in the image forming apparatus; and a display interface configured to output display information in response to the command from the processor, a memory configured to store display information; a processor configured to give a command to display a detachment menu for accepting detachment of a trouble-occurred target unit based on a trouble occurrence of the trouble-occurred target unit included in the image forming apparatus; and a display interface configured to output display information in response to the command from the processor, a display configured to display the detachment menu based on the output display information from the display interface, and an input interface configured to accept a detachment input of the trouble-occurred target unit from the detachment menu, characterized in that the processor is configured to: detect a detachment candidate included in the trouble-occurred target unit based on the trouble occurrence information, give a command to display the detachment menu including the detachment candidate, and virtually detach the detachment candidate by ignoring all signals come from the detachment candidate to invalidate a function of the detachment candidate. detect a detachment candidate included in the trouble-occurred target unit based on the trouble occurrence information, give a command to display the detachment menu including the detachment candidate, and virtually detach the detachment candidate by ignoring all signals come from the detachment candidate to invalidate a function of the detachment candidate.
A method, comprising: configuring a network node identification and a vendor certificate in a network node; creating a usage certificate for the network node, which is signed by the vendor with a signature, and contains verification information indicating that the usage certificate relates to this network node and authentication information for allowing the network node to authenticate a network, transmitting the usage certificate to an operator of an operator network, the network node requesting the usage certificate from the operator, when the network node is initially connected to the operator network, the network node determining validity of the signature in the usage certificate received upon the request, and the network node checking whether the received usage certificate actually relates to the network node being initially connected to the operator network, based on the information contained in the usage certificate. configuring a network node identification and a vendor certificate in a network node; creating a usage certificate for the network node, which is signed by the vendor with a signature, and contains verification information indicating that the usage certificate relates to this network node and authentication information for allowing the network node to authenticate a network, transmitting the usage certificate to an operator of an operator network, the network node requesting the usage certificate from the operator, when the network node is initially connected to the operator network, the network node determining validity of the signature in the usage certificate received upon the request, and the network node checking whether the received usage certificate actually relates to the network node being initially connected to the operator network, based on the information contained in the usage certificate.