mhurhangee/ep-ind-claims huggingface dataset:
A retractor system (100, 300, 400) comprising: a first arm comprising a towing assembly (18, 218), the towing assembly (18, 218) comprising an interface member (26, 226) and a rotatable shaft (28, 228) coupled to the interface member (26, 226), wherein the interface member (26, 226) comprises a distal surface (32, 232) having a plurality of protrusions and receptacles extending radially from an axial hole of the interface member (26, 226), wherein the rotatable shaft (28, 228) passes through the axial hole; a first blade member comprising a connector body and a blade extending therefrom, the connector body having an internal cavity configured to reversibly receive the rotatable shaft (28, 228) therein, wherein the first blade member comprises a plurality of protrusions and receptacles configured to intermesh with the plurality of protrusions and receptacles of the distal surface (32, 232) of the interface member (26, 226); and a spring-loaded button mechanism comprised in the first blade member and configured to lock the first blade member to the first arm at any desired angle the spring-loaded button mechanism includes a depressable button and a spring positioned within a cavity in the button, and the button includes a first end configured to be depressed by a user and a second end which is received in the first blade member in a locked position wherein the rotatable shaft is configured to rotate about a longitudinal axis and wherein the interface member (26, 226) of the towing assembly (18, 218) is spring-loaded. a first arm comprising a towing assembly (18, 218), the towing assembly (18, 218) comprising an interface member (26, 226) and a rotatable shaft (28, 228) coupled to the interface member (26, 226), wherein the interface member (26, 226) comprises a distal surface (32, 232) having a plurality of protrusions and receptacles extending radially from an axial hole of the interface member (26, 226), wherein the rotatable shaft (28, 228) passes through the axial hole; a first blade member comprising a connector body and a blade extending therefrom, the connector body having an internal cavity configured to reversibly receive the rotatable shaft (28, 228) therein, wherein the first blade member comprises a plurality of protrusions and receptacles configured to intermesh with the plurality of protrusions and receptacles of the distal surface (32, 232) of the interface member (26, 226); and a spring-loaded button mechanism comprised in the first blade member and configured to lock the first blade member to the first arm at any desired angle the spring-loaded button mechanism includes a depressable button and a spring positioned within a cavity in the button, and the button includes a first end configured to be depressed by a user and a second end which is received in the first blade member in a locked position wherein the rotatable shaft is configured to rotate about a longitudinal axis and wherein the interface member (26, 226) of the towing assembly (18, 218) is spring-loaded.
A sensor substrate for attachment to a device comprising: a main body containing provisions for accommodating at least one sensor, the at least one sensor bonded to a substantially flat platform of the main body; a first end connected to the main body via a first neck, the first end having a first attachment point and a second attachment point for attaching to the device, a distance between the first attachment point at the first end and the second attachment point at the first end defining an amount of strain transferred from the device and into the first end; and a second end connected to the main body via a second neck, the second end having a first attachment point and a second attachment point for attaching to the device, a distance between the first attachment point at the second end and the second attachment point at the second end defining an amount of strain transferred from the device and into the second end. wherein the main body: receives strain transferred through at least one of the first end and second end; and is isolated from the device by a gap between the main body and the device such that undesired strain through the device is not introduced to the at least one sensor. a main body containing provisions for accommodating at least one sensor, the at least one sensor bonded to a substantially flat platform of the main body; a first end connected to the main body via a first neck, the first end having a first attachment point and a second attachment point for attaching to the device, a distance between the first attachment point at the first end and the second attachment point at the first end defining an amount of strain transferred from the device and into the first end; and a second end connected to the main body via a second neck, the second end having a first attachment point and a second attachment point for attaching to the device, a distance between the first attachment point at the second end and the second attachment point at the second end defining an amount of strain transferred from the device and into the second end. wherein the main body: receives strain transferred through at least one of the first end and second end; and is isolated from the device by a gap between the main body and the device such that undesired strain through the device is not introduced to the at least one sensor.
An integrated circuit device having memory, the integrated circuit device comprising: programmable resources having a first plurality of data lines; programmable interconnect elements coupled to the programmable resources, the programmable interconnect elements enabling a communication of signals with the programmable resources; a plurality of memory blocks; and a dedicated interconnect element coupled between the programmable resources and each memory block of the plurality of memory blocks to enable the multiplexing of data from the first plurality of data lines, the dedicated interconnect element having a first plurality of inputs and a second plurality of outputs and enabling access to each memory block of the plurality of memory blocks; wherein each input of the first plurality of inputs of the dedicated interconnect element is coupled to a corresponding data line of the first plurality of data lines of the programmable resources, and each output of the second plurality of outputs of the dedicated interconnect element is coupled to a data line of a second plurality of data lines that is coupled to a corresponding memory block of the plurality of memory blocks; and wherein the programmable resources comprise a plurality of SRAM blocks each having a first memory size, and each memory block of the plurality of memory blocks is an SRAM block having a second memory size which is larger than the first memory size. programmable resources having a first plurality of data lines; programmable interconnect elements coupled to the programmable resources, the programmable interconnect elements enabling a communication of signals with the programmable resources; a plurality of memory blocks; and a dedicated interconnect element coupled between the programmable resources and each memory block of the plurality of memory blocks to enable the multiplexing of data from the first plurality of data lines, the dedicated interconnect element having a first plurality of inputs and a second plurality of outputs and enabling access to each memory block of the plurality of memory blocks; wherein each input of the first plurality of inputs of the dedicated interconnect element is coupled to a corresponding data line of the first plurality of data lines of the programmable resources, and each output of the second plurality of outputs of the dedicated interconnect element is coupled to a data line of a second plurality of data lines that is coupled to a corresponding memory block of the plurality of memory blocks; and wherein the programmable resources comprise a plurality of SRAM blocks each having a first memory size, and each memory block of the plurality of memory blocks is an SRAM block having a second memory size which is larger than the first memory size.
A Battery system, comprising a plurality of battery cells, a cooling device and at least one heat conducting element for transferring heat away from a heat producing device, the heat conducting element having a heat pipe or a vapor chamber with a hollow structure, the battery system being characterised in that the hollow structure has at least one opening that reaches from outside the hollow structure into the interior of the hollow structure, wherein the at least one opening is sealed by a meltable material, such that the interior of the hollow structure is fluid-tight, wherein inside the interior a working fluid in form of a saturated liquid and its vapor is provided for receiving, transferring, and dissipating heat, wherein the heat conducting element has a predetermined operating temperature range with a minimum operating temperature and a maximum operating temperature, and wherein the meltable material has a predetermined melting temperature that exceeds the maximum operating temperature by a predetermined temperature difference, such that the meltable material melts if the hollow structure is exposed to a temperature that reaches the melting temperature to unseal the at least one opening. wherein the plurality of battery cells are thermally connected to the at least one heat conducting element, which is coupled with the cooling device, wherein the meltable material is a thermoplastic material. the battery system being characterised in that the hollow structure has at least one opening that reaches from outside the hollow structure into the interior of the hollow structure, wherein the at least one opening is sealed by a meltable material, such that the interior of the hollow structure is fluid-tight, wherein inside the interior a working fluid in form of a saturated liquid and its vapor is provided for receiving, transferring, and dissipating heat, wherein the heat conducting element has a predetermined operating temperature range with a minimum operating temperature and a maximum operating temperature, and wherein the meltable material has a predetermined melting temperature that exceeds the maximum operating temperature by a predetermined temperature difference, such that the meltable material melts if the hollow structure is exposed to a temperature that reaches the melting temperature to unseal the at least one opening.
A friction material comprising: 40 mass% or more to 80 mass% or less of a matrix of at least one kind selected from the group consisting of a metal, an alloy, a metal compound and an intermetallic compound; 5 mass% or more to 30 mass% or less of solid particles of at least one kind selected from the group consisting of a carbide, a nitride and an oxide of an element of at least one kind selected from the group consisting of Ti, Zr, Hf, V, Nb, Ta, Cr, Mo, W, Al, Mg and Si; and 5 mass% or more to 40 mass% or less of a lubricant of at least one kind selected from the group consisting of graphite, molybdenum disulfide, tungsten disulfide, boron nitride and calcium fluoride, wherein: the matrix comprises, as elements, at least, 20 mass% or more to 50 mass% or less of Fe, 0.05 mass% or more to 5.0 mass% or less of P, and 40 mass% or more to 75 mass% or less of Ni, based on a total amount of the matrix; and a content of Cu as an element is 15 mass% or less based on a total amount of the matrix. the matrix comprises, as elements, at least, 20 mass% or more to 50 mass% or less of Fe, 0.05 mass% or more to 5.0 mass% or less of P, and 40 mass% or more to 75 mass% or less of Ni, based on a total amount of the matrix; and a content of Cu as an element is 15 mass% or less based on a total amount of the matrix.
A sanitary waste pipe venting valve adapted for connection to a sanitary waste pipe system, and comprising a valve pipe section having a first end being adapted for connection to a waste pipe in the sanitation waste pipe system, such as the upper end of a stack pipe, and a second end, and where a valve member is arranged in the valve pipe section between said first and second ends and being movably connected to the valve pipe section so that it is allowed to be positioned in a closed position where it restricts air flow through the valve pipe section and at least one open position where it allows air to flow through the valve pipe section, and where the sanitary waste pipe venting valve further comprises a valve control (20, 29, 30, 33) being adapted for allowing the valve member to move from its closed position to an open position when the pressure in said first end of the valve pipe section is lower than a first certain pressure below the pressure in said second end of the valve pipe section, and where the valve control is furthermore adapted for allowing the valve member to move from its closed position to an open position when the pressure in said first end of the valve pipe section is higher than a second certain pressure above the pressure in said second end of the valve pipe section, and in that the valve member is a plate valve arranged inside the valve pipe section and separating the first and the second end of the valve pipe section, and where the plate valve comprises a valve plate, and the valve control is adapted for allowing the valve plate to move into an open position in the first end of the valve pipe section when the pressure in said first end of the valve pipe section is lower than the first certain pressure below the pressure in said second end of the valve pipe section, characterized in that the valve control (20, 29, 30, 33) is further adapted to move the valve plate into an open position in the second end of the valve pipe section when the pressure in said first end of the valve pipe section is higher than the second certain pressure above the pressure in said second end of the valve pipe section, and to move the valve plate into a closed position between the open positions in the first and second valve pipe sections when the pressure in the first end of the valve pipe section is higher than the first certain pressure and lower than the second certain pressure, and wherein the valve plate is arranged in the pipe section so that it can rotate about a hinge axle arranged perpendicular to the symmetry axis of the pipe section, and where the hinge axle is arranged so that it separates the valve plate into a first part and a second part, so that the first part has an area being larger than the area of the second part.
A navigation system that displays guidance in accordance with map data, comprising a landmark displaying device configured to display a structure corresponding to the map data as a landmark (15; 20); characterized in that, in a case where the landmark (15; 20) is located away from a road (14; 30), the landmark displaying device is configured to modify the location of the landmark (15; 20) on the map in such a direction that the landmark (15; 20) adjoins (i) a nearby road (14; 30) where only a single road (14; 30) is selected or (ii) a road (14; 30) with the highest priority where a plurality of roads (14; 30) are selected.
A method for controlling mass particles to be distributed in seed drills, wherein the mass particles are delivered by means of an air stream in a conduit to a distribution device and then branched to a plurality of distribution lines, wherein an actual output quantity of the mass particles is detected by means of a sensor device and supplied as sensor signals to a control device, in which a control variable is determined as a function of a target output quantity for application to a metering device, by means of which the actual output quantity of the mass particles is adjusted, wherein a correction factor is continuously formed as the ratio of actual output quantity and actual rotational frequency of the metering device, wherein the target output quantity is converted with the aid of a calibration factor and the correction factor into a target rotational frequency for the metering device, characterised in that - a controller of the control device establishes the control variable acting on the metering device as a function of a control deviation, wherein the control deviation is determined as the difference between the target rotational frequency and an actual rotational frequency of the metering device. - a controller of the control device establishes the control variable acting on the metering device as a function of a control deviation,
A multilayer wiring board (1, 1', 1", 21) comprising: a core substrate; electrical insulating layers (11a, 31a) provided on the core substrate; and two or more wiring layers (12a, 12b, 12c, 32a, 32b, 32c) provided on the electrical insulating layers (11a, 31a), wherein the core substrate has a plurality of throughholes (4, 24) filled with an electroconductive material (8, 28) for electrical conduction between the front side and back side of the core substrate, the throughholes (4, 24) have an opening diameter in the range of 10 to 100 μm, an electroconductive material diffusion barrier layer (5, 25) and an insulation layer (6, 6b, 6c, 26) are provided between the inner wall surface of the throughholes (4, 24) and the electroconductive material (8, 28), and a first wiring layer (12a, 32a) provided on the electrical insulating layers (11a, 31 a) is connected to a via (13a, 33a) connected to the electroconductive material (8, 28), characterised in that the insulation layer (6, 6b, 6c, 26) is located between the electroconductive material diffusion barrier layer (5, 25) and the electroconductive material (8, 28), wherein the insulation layer (6, 6b, 6c, 26) is a silicon dioxide layer or a silicon nitride layer.
Burner for a furnace comprising at least one supply channel for supplying an oxidizing medium and a plurality of peripheral fuel supply channels, wherein the oxidizing medium supply channel and the fuel supply channels have exit openings (14, 15) arranged adjacent each other at a burner end surface for forming during use upon reaction of supplied fuel with supplied oxidizing medium a flame front, characterized in that the exit opening of the oxidizing medium supply channel and the exit openings (15, 15a) of the fuel supply channels are asymmetrically arranged with respect to any plane arranged transverse to the end surface of the burner and extending through a burner central axis whereby the distribution of the fuel exit openings and/or the dimension of the fuel exit openings and/or the exit angle of the fuel exit openings and/or the shape of the fuel exit openings are arranged asymmetrically to said any plane, such that during use a flame front is created that is asymmetrical with respect to said any plane.
A detergent composition comprising i) a DNase variant having DNase activity, selected from the group consisting of: a) a DNase variant which compared to a DNase with SEQ ID NO: 1, comprises a substitution selected from L33R, L33V and L33Y wherein each position corresponds to the position of SEQ ID NO: 1 (numbering according to SEQ ID NO: 1), and wherein the variant has at least 60%, at least 70%, at least 80%, at least 85%, at least 90%, at least 95% but less than 100 % sequence identity to the amino acid sequence shown in SEQ ID NO: 1 and wherein the variant has improved stability compared to the polypeptide of SEQ ID NO 1, SEQ ID NO: 27 or SEQ ID NO: 28; and ii) an adjunct, preferably in an amount from 0.01 to 99.9 wt%. a) a DNase variant which compared to a DNase with SEQ ID NO: 1, comprises a substitution selected from L33R, L33V and L33Y wherein each position corresponds to the position of SEQ ID NO: 1 (numbering according to SEQ ID NO: 1), and wherein the variant has at least 60%, at least 70%, at least 80%, at least 85%, at least 90%, at least 95% but less than 100 % sequence identity to the amino acid sequence shown in SEQ ID NO: 1 and wherein the variant has improved stability compared to the polypeptide of SEQ ID NO 1, SEQ ID NO: 27 or SEQ ID NO: 28; and ii) an adjunct, preferably in an amount from 0.01 to 99.9 wt%.
A method for detecting voice activity, the method comprising: receiving an input audio signal; estimating a power spectrum of the input audio signal; calculating an energy band ratio of the input audio signal for a first set of frequency ranges of the input audio signal to a second set of frequency ranges of the input audio signal; calculating an entropy value of the input audio signal; calculating a voice activity ratio based on the entropy value and the energy band ratio; outputting an output signal indicating that the input audio signal comprises a voice episode, if the voice activity ratio is above a predefined threshold, wherein calculating an entropy value of the signal comprises calculating a spectral flatness of the signal, and wherein the spectral flatness is calculated by calculating a geometric mean of the power spectrum and an arithmetic mean of the power spectrum and dividing the geometric mean of the power spectrum by the arithmetic mean of the power spectrum. receiving an input audio signal; estimating a power spectrum of the input audio signal; calculating an energy band ratio of the input audio signal for a first set of frequency ranges of the input audio signal to a second set of frequency ranges of the input audio signal; calculating an entropy value of the input audio signal; calculating a voice activity ratio based on the entropy value and the energy band ratio; outputting an output signal indicating that the input audio signal comprises a voice episode, if the voice activity ratio is above a predefined threshold, wherein calculating an entropy value of the signal comprises calculating a spectral flatness of the signal, and wherein the spectral flatness is calculated by calculating a geometric mean of the power spectrum and an arithmetic mean of the power spectrum and dividing the geometric mean of the power spectrum by the arithmetic mean of the power spectrum.
A cable slip ring, in particular a choker ring, for fastening a choke sling, in particular a choker strap, which for transporting an elongate object, in particular a tree trunk, on a traction cable is laid around the elongate object, wherein the traction cable is guided in a guide opening of the cable slip ring, wherein the guide opening of the cable slip ring is provided by at least two components, wherein one of the components forms a defined cable slip region, characterised in that the cable slip ring forms a ring which is closed in itself even after removal of the cable slip region.
Genistein for use in a method of treatment of Alzheimer's disease as a stimulator of autophagy process, characterized in that, the genistein is used at a dose 150 mg/kg/day.
A wind turbine tower section adapted to at least receive wind turbine components therein, the tower section including at least one platform defining a plane, and means for coupling the platform to the tower section, whereby said means comprise a first set of coupling elements including a number of coupling elements having substantially the same configuration and being associated with the tower section, and a second set of coupling elements including a number of coupling elements associated with the platform, whereby each of first and second sets of coupling elements (20, 30) are arranged in levels in corresponding planes substantially parallel to or coincident with the plane of the platform, characterized in that at least one of the first and second sets of coupling elements (20, 30) is pivotable to one of the tower section and the platform (100, 10) radially in the plane of the platform to define a first relative position of the sets of coupling elements (20, 30) in which the platform is allowed to pass, in a substantially horizontal position, through different levels of sets of coupling elements (20, 30); and a second relative position of the sets of coupling elements (20, 30) in which the platform rests with its second set of coupling elements on a first set of coupling elements of one given level.