mhurhangee/ep-ind-claims huggingface dataset:
A drain tube device comprising: a first tubular region having a tubular wall; a second region having a wall; and an arcuate tubular region interposed between and connected to the first tubular region and the second region, wherein the first tubular region, the second region and the arcuate tubular region collectively define a central fluid channel, characterised in that, the second region includes a longitudinal opening defined in the wall of the second region, wherein the longitudinal opening includes at least two slots contiguous to the longitudinal opening and extending therefrom. a first tubular region having a tubular wall; a second region having a wall; and an arcuate tubular region interposed between and connected to the first tubular region and the second region, wherein the first tubular region, the second region and the arcuate tubular region collectively define a central fluid channel, characterised in that, the second region includes a longitudinal opening defined in the wall of the second region, wherein the longitudinal opening includes at least two slots contiguous to the longitudinal opening and extending therefrom.
A pegylated arginase, wherein said arginase is human arginase I that comprises an amino acid sequence of SEQ ID NO:1; the pegylation of said arginase is site-specific and any one or two of the cysteines at positions 45 and 168 of said SEQ ID NO:1 is/are pegylated; said site-specific pegylation is achieved by site-directed mutation of cysteine to another amino acid at any one of then two of said cysteine positions which is not to be pegylated, and followed by site-specific pegylation of mutant arginase at the cysteine residue; wherein in said arginase, the cysteine at position 303 of said SEQ ID NO:1 is mutated to alanine.
An electricity meter adapted for retrofitting of an external antenna and associated antenna isolation comprising: - a measurement circuit; - a radio circuit connected with one or more phases, whereby it is subject to grid voltage; - a connector on a main board for engaging an external antenna connection; - a meter housing arranged to enclose the measurement circuit and the radio circuit; and - an antenna isolation board arranged to be connected to the main board, the antenna isolation board comprising: - a main board connector for engaging the connector on the main board; - an antenna connector for connecting the antenna isolation board to an antenna cable; and - an isolation circuit providing an antenna signal path and a galvanic isolation barrier between the main board connector and the antenna connector, characterized in that: - the meter housing comprises a slot arranged to allow retrofitting the antenna isolation board; - the slot is open towards the main board of the electricity meter; and - the main board connector on the antenna isolation board is arranged to engage with the connector on the main board, when the antenna isolation board is inserted into the slot. - a measurement circuit; - a radio circuit connected with one or more phases, whereby it is subject to grid voltage; - a connector on a main board for engaging an external antenna connection; - a meter housing arranged to enclose the measurement circuit and the radio circuit; and - an antenna isolation board arranged to be connected to the main board, the antenna isolation board comprising: - a main board connector for engaging the connector on the main board; - an antenna connector for connecting the antenna isolation board to an antenna cable; and - an isolation circuit providing an antenna signal path and a galvanic isolation barrier between the main board connector and the antenna connector, characterized in that: - the meter housing comprises a slot arranged to allow retrofitting the antenna isolation board; - the slot is open towards the main board of the electricity meter; and - the main board connector on the antenna isolation board is arranged to engage with the connector on the main board, when the antenna isolation board is inserted into the slot. - a main board connector for engaging the connector on the main board; - an antenna connector for connecting the antenna isolation board to an antenna cable; and - an isolation circuit providing an antenna signal path and a galvanic isolation barrier between the main board connector and the antenna connector, characterized in that: - the meter housing comprises a slot arranged to allow retrofitting the antenna isolation board; - the slot is open towards the main board of the electricity meter; and - the main board connector on the antenna isolation board is arranged to engage with the connector on the main board, when the antenna isolation board is inserted into the slot.
A single sheet fabric apparel set for a doll comprising a piece of woven fabric, the piece of woven fabric being a double layered, whole garment stretch cloth having a plurality of apparel items, such that each apparel item after cutting it from the sheet has at least one opening, and the elastic apparel item can be stretched and put on toys such as dolls and figurines, and at least one dividing portion provided between two adjacent apparel items.
A method for processing a histogram output from a photosensitive sensor, the method comprising: receiving at least one histogram comprising histogram data based on a plurality of histogram bin values indicative of a number of photodetection events, the histogram data comprising at least one object pulse; detecting from the histogram data a width and/or position associated with a start of the at least one object pulse; and filtering the histogram data based on the width and/or position associated with the start of the detected object pulse to generate an object pulse histogram; characterized in that detecting from the histogram data the width and/or position associated with the start of the at least one object pulse comprises: a) applying a phase weighted filter to the at least one histogram to determine at least one histogram position where an output of the phase weighted filter is greater than an ambient level threshold value, wherein the phase weighted filter comprises a window comprising three parts A, B and C, used to determine differences of histogram data for every filter position. and b) applying an edge detecting filter to determine a rising and/or falling edge. receiving at least one histogram comprising histogram data based on a plurality of histogram bin values indicative of a number of photodetection events, the histogram data comprising at least one object pulse; detecting from the histogram data a width and/or position associated with a start of the at least one object pulse; and filtering the histogram data based on the width and/or position associated with the start of the detected object pulse to generate an object pulse histogram; characterized in that detecting from the histogram data the width and/or position associated with the start of the at least one object pulse comprises: a) applying a phase weighted filter to the at least one histogram to determine at least one histogram position where an output of the phase weighted filter is greater than an ambient level threshold value, wherein the phase weighted filter comprises a window comprising three parts A, B and C, used to determine differences of histogram data for every filter position. and b) applying an edge detecting filter to determine a rising and/or falling edge. a) applying a phase weighted filter to the at least one histogram to determine at least one histogram position where an output of the phase weighted filter is greater than an ambient level threshold value, wherein the phase weighted filter comprises a window comprising three parts A, B and C, used to determine differences of histogram data for every filter position. and b) applying an edge detecting filter to determine a rising and/or falling edge.
An entertainment system (1019, 2) comprising a fluid system comprising smoke generating means (1007, 4), said smoke generating means being supplied from at least one pump (1005, 8, 10) connected to at least one container for fluid (1003, 12, 14), wherein the at least one pump (1005, 8, 10) is controlled by control means (1009, 6) characterized in that said control means are adapted to perform a shutdown process upon malfunctioning of at least a part of said entertainment system and in that said shutdown process performs a purge of at least a part of said fluid system.
Method for displaying the operating range of an electric drive vehicle, in which the currently available energy in the battery in a vehicle is determined by interrogating an energy management unit provided in the vehicle and from this a maximum operating range of the vehicle is derived, at least one battery service station being selected as destination point for determining the maximum operating range of the vehicle, an accessibility threshold of the vehicle being determined using a starting point of the vehicle as a basis, in the case of the transgression of which the vehicle can no longer reach the destination point with the currently available energy in the battery, and this accessibility threshold being displayed as operating range in a map illustration, wherein in the determination of the accessibility threshold, the current location, determined during travel, is in each case used as starting point, and the current battery state, determined during travel, of the vehicle is used, these being updated at predeterminable intervals while the vehicle is traveling, characterized in that the destination point is also updated when the vehicle moves while travelling and the operating range of the vehicle is shown through an ellipse, and the destination point and the starting point are shown as focal points of the ellipse and the edge of the ellipse is defined by the total length of the group of connecting lines, corresponding to the current operating range, from one focal point to a point on the edge of the ellipse and from this point on the edge of the ellipse to the other focal point.
Road finisher with at least one limiting plate,said limiting plate being detachably fastened, in driving direction in front of a screw conveyor, to the road finisher on a traverse or on the chassis of the road finisher in order to increase the basic working width, the limiting plate being arranged at variable spacing from a subgrade, characterized in that a limiting plate extension is arranged on the limiting plate so as to be adjustable in the direction of the subgrade.
Method for transmitting information over a communication channel between an emitter and a receiver, characterized in that said method comprises - Determining by said emitter a syntax graph from said information, wherein said information corresponds to a first Eulerian circuit of said syntax graph, identified by a first index; - Determining from said syntax graph a second Eulerian circuit identified by a second index provided by an encoding function applied on said first index; - Transmitting said second Eulerian circuit from said emitter to said receiver; - Determining by said receiver a syntax graph from said second Eulerian circuit; - Determining from said syntax graph said first Eulerian circuit corresponding to said information identified by said first index provided by applying on said second index a reverse encoding function. - Determining by said emitter a syntax graph from said information, wherein said information corresponds to a first Eulerian circuit of said syntax graph, identified by a first index; - Determining from said syntax graph a second Eulerian circuit identified by a second index provided by an encoding function applied on said first index; - Transmitting said second Eulerian circuit from said emitter to said receiver; - Determining by said receiver a syntax graph from said second Eulerian circuit; - Determining from said syntax graph said first Eulerian circuit corresponding to said information identified by said first index provided by applying on said second index a reverse encoding function.
Assembled pole part with a frame having a longitudinal axis and comprising two pole part frames (2, 3) made of insulating material and between which a vacuum-interrupter is mounted, wherein the vacuum interrupter is provided with a fixed contact and a moving contact, and wherein one end of the frame is provided with a first support in order to fix the vacuum interrupter at the moving contact side, and fixation means for the fixed contact side of the vacuum interrupter are provided at the other end of the frame, characterized in that fixation means are provided at at least two different fixation points (10, 11, 12) arranged at different distances along the longitudinal axis of the frame from the first support, in order to be able to use one uniform constructed frame design for different vacuum interrupter lengths, such that, independent of the used vacuum interrupter length, the first support at the moving contact side keeps at the same position.
Lithium manganese metal phosphate of the Formula LiFe x Mn 1-x-y M y PO 4 in which M is a divalent metal from the group Zn, Ca and Cd and wherein: x < 1, 0.07 < y ≤ 0.20 and x + y < 1; or M is Mg and wherein: 0.01 ≤ x ≤ 0.11, 0.075 < y ≤ 0.15 and x + y < 0.2.
A diesel particulate filter diagnostic method, comprising: receiving, by a server, DPF data comprising a pressure drop across the DPF; determining, by the server, a DPF soot load by processing the pressure drop; and transmitting, by the server, the determined DPF soot load to a client terminal; wherein further DPF data comprising a gas mass flow is received by the server, the pressure drop being obtained at the gas mass flow, the DPF soot load being determined by processing both the pressure drop and the gas mass flow, wherein the gas mass flow is a gas mass flow at the inlet of the DPF or an engine intake gas mass flow. receiving, by a server, DPF data comprising a pressure drop across the DPF; determining, by the server, a DPF soot load by processing the pressure drop; and transmitting, by the server, the determined DPF soot load to a client terminal; wherein further DPF data comprising a gas mass flow is received by the server, the pressure drop being obtained at the gas mass flow, the DPF soot load being determined by processing both the pressure drop and the gas mass flow, wherein the gas mass flow is a gas mass flow at the inlet of the DPF or an engine intake gas mass flow.
A method for estimating a frequency shift and a frequency drift affecting a useful signal received by a receiving device, said useful signal including a code word formed by a channel encoder from useful data, said method comprising an analysis phase including: - for two analysis frequency drifts: a compensation of the considered analysis frequency drift on the useful signal, - an estimation of the frequency shift on each useful signal obtained after compensation, so as to obtain analysis frequency shifts associated respectively with the analysis frequency drifts, defining two analysis points in a frequency drift / frequency shift plane, - a selection of frequency hypotheses on a straight line determined by the two analysis points, and an estimation phase including: - for each frequency hypothesis: a frequency recalibration of the useful signal depending on the considered frequency hypothesis, in order to obtain sample sequences associated respectively with the frequency hypotheses, - an evaluation of the probability of each sample sequence to be a code word of said channel encoder, - an estimation of the frequency shift and the frequency drift affecting the useful signal depending on the frequency hypothesis associated with the sample sequence having the highest probability of being a code word of the channel encoder. - for two analysis frequency drifts: a compensation of the considered analysis frequency drift on the useful signal, - an estimation of the frequency shift on each useful signal obtained after compensation, so as to obtain analysis frequency shifts associated respectively with the analysis frequency drifts, defining two analysis points in a frequency drift / frequency shift plane, - a selection of frequency hypotheses on a straight line determined by the two analysis points, - for each frequency hypothesis: a frequency recalibration of the useful signal depending on the considered frequency hypothesis, in order to obtain sample sequences associated respectively with the frequency hypotheses, - an evaluation of the probability of each sample sequence to be a code word of said channel encoder, - an estimation of the frequency shift and the frequency drift affecting the useful signal depending on the frequency hypothesis associated with the sample sequence having the highest probability of being a code word of the channel encoder.
System for mounting a transponder in a blind hole, the system comprising 1.1 the transponder; 1.2 a device having the blind hole for inserting the transponder; 1.3 wherein the transponder is surrounded by a sheath of elastomer, silicone or plastic; and 1.3.1 wherein the transponder in its sheath has been inserted into the blind hole; characterised 1.4 in that the blind hole has an at least partially circumferential, projecting protrusion at the mouth; and 1.5 in that the protrusion is bent over in such a way that it prevents the transponder in its casing from falling out of the blind hole. 1.1 the transponder; 1.2 a device having the blind hole for inserting the transponder; 1.3 wherein the transponder is surrounded by a sheath of elastomer, silicone or plastic; and 1.3.1 wherein the transponder in its sheath has been inserted into the blind hole; characterised 1.4 in that the blind hole has an at least partially circumferential, projecting protrusion at the mouth; and 1.5 in that the protrusion is bent over in such a way that it prevents the transponder in its casing from falling out of the blind hole.
A beard trimmer having a handle, a motor and a removable head portion, wherein the head portion comprises at least a first long hair cutter unit for trimming hair that comprises a first, non-foil type outer cutter and a first inner cutter, the first outer cutter is stacked onto the first inner cutter, the motor drives one or both of the first inner cutter and the first outer cutter in order to oscillate relative to the other in a direction along an axis and cut hair between the first inner cutter and the first outer cutter, a first comb unit is provided, the first comb unit is stacked over the first outer cutter, the first comb unit comprises comb teeth, a thickness of the comb teeth determines a hair trimming length, characterized in that the head portion further comprises a functional non shaving and non- trimming element, wherein the functional non shaving and non- trimming element is adapted for skin and/or hair treatment.
A mutant of PQQ-dependent soluble glucose dehydrogenase (s-GDH; EC 1.1.5.2) with improved specificity for glucose as compared to maltose, having a substitution of threonine at position 348 by either glycine, alanine or serine, wherein said mutant additionally comprises a) at least one mutation for improving the stability of the mutant, wherein said substitution for improving the stability is selected from the group consisting of D87R; N122K; S124K; S146G; V298L and L386F, b) at least one mutation for improving the affinity of the mutant to glucose, and optionally, c) one or more mutation(s) for further improving the specificity of the mutant for glucose as compared to maltose, and wherein these positions correspond to the amino acid positions known from the A. calcoaceticus s-GDH wild-type sequence (SEQ ID NO: 2). a) at least one mutation for improving the stability of the mutant, wherein said substitution for improving the stability is selected from the group consisting of D87R; N122K; S124K; S146G; V298L and L386F, b) at least one mutation for improving the affinity of the mutant to glucose, and optionally, c) one or more mutation(s) for further improving the specificity of the mutant for glucose as compared to maltose, and wherein these positions correspond to the amino acid positions known from the A. calcoaceticus s-GDH wild-type sequence (SEQ ID NO: 2).
Reel changer having a means for securing a safety zone that extends on a loading and/or discharge side at least across the entire width to the front side frames, comprising vertically supporting frame sections and optionally switch and/or side boxes arranged directly on these frame sections, wherein the safety zone is delimited largely on one side by the reel changer and by one or more adjacent units and/or mechanical blocking devices as well as by one or more sensor-monitored access points such that an operational entry by operators can occur only via the one or several monitored access points, characterized in that a control element is provided for functions of the reel changer which is structurally separated from the reel changer and at a distance from the side frame at a location that can be accessed by an operator located outside of the safety zone.
A method for use by a wireless transmit/receive unit, WTRU, the method comprising: at the WTRU: first receiving a broadcast system information, SI, message of a Long Term Evolution, LTE, system from an evolved Node-B, eNB, indicating that Internet Protocol, IP, traffic off-load, TO, is supported by the eNB, wherein IP TO offloads traffic from a wireless communication system operator's core network to an IP network that is close to a point of attachment to an access point of the WTRU, and then receiving a non-access stratum, NAS, message from the eNB, wherein the NAS message indicates that an IP TO service is allowed for the WTRU; initiating an off-load of traffic in response to at least receiving the NAS message; and communicating using the IP TO service while maintaining at least one non-selective IP TO bearer with the eNB. at the WTRU: first receiving a broadcast system information, SI, message of a Long Term Evolution, LTE, system from an evolved Node-B, eNB, indicating that Internet Protocol, IP, traffic off-load, TO, is supported by the eNB, wherein IP TO offloads traffic from a wireless communication system operator's core network to an IP network that is close to a point of attachment to an access point of the WTRU, and then receiving a non-access stratum, NAS, message from the eNB, wherein the NAS message indicates that an IP TO service is allowed for the WTRU; initiating an off-load of traffic in response to at least receiving the NAS message; and communicating using the IP TO service while maintaining at least one non-selective IP TO bearer with the eNB.