mhurhangee/ep-ind-claims huggingface dataset:
An offset reference guide for use in determining offset values for orthopedic surgical hardware, the guide comprising: a reference surface having a finite curvature radius adapted to contactably engage a surgical hardware component having a curvature radius at least equal to the reference surface at an interface surface of the surgical hardware component; a gauge surface extending relative to the reference surface, wherein the gauge surface is visible to a user of the guide; a fastener relief extending from the reference surface and relative to the gauge surface, the fastener relief being configured to receive and index an orthopedic fastener relative to the reference surface and the gauge surface when the orthopedic fastener is disposed through a surgical hardware component disposed at the reference surface; and offset indicia disposed on the gauge surface and aligned with the fastener relief, wherein the offset indicia are indicative of an offset to a known fastener length for the surgical hardware component through which the orthopedic fastener is disposed. a reference surface having a finite curvature radius adapted to contactably engage a surgical hardware component having a curvature radius at least equal to the reference surface at an interface surface of the surgical hardware component; a gauge surface extending relative to the reference surface, wherein the gauge surface is visible to a user of the guide; a fastener relief extending from the reference surface and relative to the gauge surface, the fastener relief being configured to receive and index an orthopedic fastener relative to the reference surface and the gauge surface when the orthopedic fastener is disposed through a surgical hardware component disposed at the reference surface; and offset indicia disposed on the gauge surface and aligned with the fastener relief, wherein the offset indicia are indicative of an offset to a known fastener length for the surgical hardware component through which the orthopedic fastener is disposed.
Device for cleaning circulation water of water-carrying circulation systems with at least one inlet line connection for circulation water and an outlet line connection for cleaned circulation water, a filter element, a pump via which the filter element can be pressurized with the circulation water, and with a magnetic separator in connection with the filter element, wherein the magnetic separator has a magnetic element which, on opening the filter element, can be removed from the filter element in a positively guided manner, characterized in that the magnetic element is arranged on a bar-shaped element which is provided in a sleeve in a filter region of the filter element, and in that the magnetic element in the sleeve can be moved out of the filter region in a positively guided manner by the bar element being operatively connected to a closure element (74, 75) of the filter element, and, on opening the closure element (74, 75), the bar element executes a movement out of the sleeve.
Method for putting a sash of a tilt-pivot window, in particular a tilt-pivot roof window, in position for cleaning, having the following steps: - manual actuation of a switch, whereby the sash is automatically tilted about its tilt axis from its closed position into a tilted position, - then the sash is automatically pivoted from the tilted position about its pivot axis into a first pivoted position, - then the sash is manually pivoted about its pivot axis into a second pivoted position, which is the position for cleaning. - manual actuation of a switch, whereby the sash is automatically tilted about its tilt axis from its closed position into a tilted position, - then the sash is automatically pivoted from the tilted position about its pivot axis into a first pivoted position, - then the sash is manually pivoted about its pivot axis into a second pivoted position, which is the position for cleaning.
A bottle for a liquid product, having a bottle body which is made of plastics material, defines a receiving space having a volume and comprises: - a shoulder having a neck integrally formed on the shoulder and having a dispensing opening which can be closed by a seal, - a base, - a casing region which extends between the shoulder and the base in a vertical direction and has a front wall, a rear wall opposite the front wall, and two side walls (20, 21) arranged between the front wall and the rear wall, wherein a cross section of the bottle body that lies in a horizontal plane extending perpendicularly to the vertical direction is constant in shape and size over the entire height of the casing region, wherein a ratio of a width of the bottle body to a depth of the bottle body is between 1.0 and 2.0, a ratio of a width of the bottle body to a height of the casing region is between 0.5 and 1, and a wall thickness of the casing region is between 20 to 70 μm, so that when the bottle body is compressed by a force acting centrally on the front wall and by a counterforce, opposing the force, acting centrally on the rear wall, the bottle body is elastically deformable, so that the volume of the receiving space is reduced by a volume change (ΔV), wherein a first ratio (R 1) of an initial first force increase (ΔF 1) to a first deformation path (Δs 1),can be assigned to a first portion of an elastic deformation up to a resistance threshold, wherein a second ratio (R 2) of a second force increase (ΔF 2) to a second deformation path (Δs 2) can be assigned to a second portion of the elastic deformation, which begins with the resistance threshold and has a length of at least 2 mm, wherein the resistance threshold is assigned to a range of relative volume change (ΔV/V) of 2 to 7%, and >wherein the second ratio (R 2) is greater than the first ratio (R 1) by at least a factor of 2. - a shoulder having a neck integrally formed on the shoulder and having a dispensing opening which can be closed by a seal, - a base, - a casing region which extends between the shoulder and the base in a vertical direction and has a front wall, a rear wall opposite the front wall, and two side walls (20, 21) arranged between the front wall and the rear wall, wherein a cross section of the bottle body that lies in a horizontal plane extending perpendicularly to the vertical direction is constant in shape and size over the entire height of the casing region,
A rechargeable zinc-halide electrochemical cell bipolar electrode comprising: a bipolar electrode plate, the bipolar electrode plate comprising a front surface and a back surface; and a cathode assembly comprising a carbon material; a separator; and a cathode cage, wherein the cathode cage holds the carbon material in electrical communication with the front surface of the bipolar electrode plate, and the bipolar electrode plate and the cathode cage comprise a titanium material. a bipolar electrode plate, the bipolar electrode plate comprising a front surface and a back surface; and a cathode assembly comprising a carbon material; a separator; and a cathode cage, a carbon material; a separator; and a cathode cage, wherein the cathode cage holds the carbon material in electrical communication with the front surface of the bipolar electrode plate, and the bipolar electrode plate and the cathode cage comprise a titanium material.
A radial shaft seal configured for receipt in a housing and about a shaft to sealingly isolate an air-side of the shaft seal from an oil-side of the shaft seal, comprising: an annular mounting portion; a seal body bonded to said mounting portion; a seal lip having an annular sealing surface extending between an oil-side end and a free air-side end, said sealing surface being configured to extend, in use, axially along the shaft, an annular bridge connected to said oil-side end of said seal lip by a hinge and to a central portion of said seal body by another hinge, said bridge extending in radially overlying relation to said seal lip; characterised in that it further comprises a primary dust lip extending from said air-side end, said primary dust lip having an annular rib configured for sealed abutment, in use, with a running surface of the shaft, said annular rib having at least one rib vent; and an auxiliary dust lip extending from said central portion of said seal body to a free end configured for sealed abutment in use, with the running surface of the shaft, said free end of said auxiliary dust lip having at least one lip vent spaced circumferentially from said at least one rib vent in said annular rib. an annular mounting portion; a seal body bonded to said mounting portion; a seal lip having an annular sealing surface extending between an oil-side end and a free air-side end, said sealing surface being configured to extend, in use, axially along the shaft, an annular bridge connected to said oil-side end of said seal lip by a hinge and to a central portion of said seal body by another hinge, said bridge extending in radially overlying relation to said seal lip; characterised in that it further comprises a primary dust lip extending from said air-side end, said primary dust lip having an annular rib configured for sealed abutment, in use, with a running surface of the shaft, said annular rib having at least one rib vent; and an auxiliary dust lip extending from said central portion of said seal body to a free end configured for sealed abutment in use, with the running surface of the shaft, said free end of said auxiliary dust lip having at least one lip vent spaced circumferentially from said at least one rib vent in said annular rib.
A method for transmitting a plurality of audio channels over frequency modulated infrared bands, the method comprising periodically transmitting a configuration message and associated audio channel messages, said configuration message comprising an indication of the number of said audio channels, characterized in that said number of said audio channels is greater than 32, and in that said indicated number of said audio channels is coded in two non-adjacent fields.
A method for use in a system comprising a physically uncloneable function, which is a portion of a static random access memory (SRAM) array, wherein the PUF has been initialized with a first enrollment to produce a first PUF response output by the PUF, a first codeword, the first codeword being generated by encoding a first secret string generated by a random number generator, a first activation code, the first activation code being generated by combining the first codeword and the first PUF response, and a first PUF key, the first PUF key being generated by hashing the first secret string with the first activation code, the method being for a second enrollment of the PUF to produce a second PUF key, the method comprising: combining the first activation code with a second PUF response output by the PUF to reproduce the first codeword used in the first enrollment; applying error correction to the reproduced first codeword; reconstructing the first secret string used in the first enrollment by decoding the corrected, reproduced first codeword; encoding the reconstructed first secret string to recover the first codeword used in the first enrollment; combining the first activation code with the recovered first codeword to reproduce the first PUF response; applying anti-aging to the reproduced first PUF response; applying inverse anti-aging to the anti-aged first PUF response to recover the first PUF response; generating a second secret string using a random number generator; encoding the second secret string to produce a new codeword; combining the new codeword with the reproduced first PUF response to create a second activation code; and hashing the second secret string with the second activation code to provide the second PUF key. combining the first activation code with a second PUF response output by the PUF to reproduce the first codeword used in the first enrollment; applying error correction to the reproduced first codeword; reconstructing the first secret string used in the first enrollment by decoding the corrected, reproduced first codeword; encoding the reconstructed first secret string to recover the first codeword used in the first enrollment; combining the first activation code with the recovered first codeword to reproduce the first PUF response; applying anti-aging to the reproduced first PUF response; applying inverse anti-aging to the anti-aged first PUF response to recover the first PUF response; generating a second secret string using a random number generator; encoding the second secret string to produce a new codeword; combining the new codeword with the reproduced first PUF response to create a second activation code; and hashing the second secret string with the second activation code to provide the second PUF key.
A risk address identification method, comprising: acquiring an address word sequence corresponding to an input address; determining, in various address words contained in the address word sequence, an address word matching a risk word corresponding to each risk address; generating an observation sequence corresponding to the address word sequence according to the determined address word; processing the observation sequence using a hidden Markov model obtained based on semantics learning using associated words before and after the determined address word, to obtain a decision vector, wherein the decision vector represents probabilities of the risk address being matched with the various address words contained in the address word sequence; and identifying whether the input address is a risk address by making a classification decision on the decision vector. acquiring an address word sequence corresponding to an input address; determining, in various address words contained in the address word sequence, an address word matching a risk word corresponding to each risk address; generating an observation sequence corresponding to the address word sequence according to the determined address word; processing the observation sequence using a hidden Markov model obtained based on semantics learning using associated words before and after the determined address word, to obtain a decision vector, wherein the decision vector represents probabilities of the risk address being matched with the various address words contained in the address word sequence; and identifying whether the input address is a risk address by making a classification decision on the decision vector.
A sanitary installation comprising at least one sanitary space which includes the respective sanitary units, which has a lockable pivot door and which can be closed by means of the pivot door, characterized in that the pivot door is configured as a double-leaf angled door (3, 4) having a leaf composed of a material which is preferably transparent over its full area and having a leaf composed of an opaque material, wherein the transparent leaf closes the sanitary space including the sanitary units in the unused or free state and the opaque leaf is transferred into the closed position corresponding to the occupied state by pivoting the transparent leaf when the sanitary space is entered. characterized in that the pivot door is configured as a double-leaf angled door (3, 4) having a leaf composed of a material which is preferably transparent over its full area and having a leaf composed of an opaque material, wherein the transparent leaf closes the sanitary space including the sanitary units in the unused or free state and the opaque leaf is transferred into the closed position corresponding to the occupied state by pivoting the transparent leaf when the sanitary space is entered.
A knit textile having a single knit jersey construction and comprising at least a first surface and a second surface opposite the first surface, the first surface of the knit textile comprising: a plurality of cells, each cell comprising: a perimeter comprising a first percentage by weight of a first yarn type, the perimeter further comprising a second yarn type, wherein the perimeters of the plurality of cells are interconnected throughout the knit textile; and a central region enclosed within the perimeter, the central region comprising the second yarn type and a second percentage by weight of the first yarn type, wherein the second percentage by weight of the first yarn type is less than the first percentage by weight of the first yarn type, wherein the central regions of the plurality of cells are isolated from one another throughout the knit textile, wherein a first cell and a second cell in the plurality of cells have at least one common portion of the perimeter, wherein the shape of the plurality of cells is generally ovoid or hexagonal and wherein the second yarn type comprises a monofilament polyamide. a perimeter comprising a first percentage by weight of a first yarn type, the perimeter further comprising a second yarn type, wherein the perimeters of the plurality of cells are interconnected throughout the knit textile; and a central region enclosed within the perimeter, the central region comprising the second yarn type and a second percentage by weight of the first yarn type, wherein the second percentage by weight of the first yarn type is less than the first percentage by weight of the first yarn type, wherein the central regions of the plurality of cells are isolated from one another throughout the knit textile, wherein a first cell and a second cell in the plurality of cells have at least one common portion of the perimeter, wherein the shape of the plurality of cells is generally ovoid or hexagonal and wherein the second yarn type comprises a monofilament polyamide.
An engine work machine, comprising: an engine having a cylinder block as a power source; a carburetor; a suction pipe disposed between the cylinder block and the carburetor; a fuel tank; a manual pump configured to suck up fuel in the fuel tank into the carburetor before start of the engine; an adapter formed separately from the carburetor and disposed between the carburetor and the suction pipe; and a starting-fuel supply device, wherein the starting-fuel supply device includes a starting-fuel supply valve configured to automatically add a starting fuel to an air-fuel mixture generated by the carburetor; and a valve chamber in the starting-fuel supply valve, the valve chamber being upstream of a fuel chamber of the carburetor such that the starting fuel in the fuel tank is movable, by the manual pump, into the fuel chamber via the valve chamber, and the valve chamber is disposed at a position below, in a gravity direction toward a lower part of an internal space of the fuel tank when the engine is in a stored state, at least one of an intake passage of the carburetor, an intake passage of the suction pipe, or an intake passage of the adapter. an engine having a cylinder block as a power source; a carburetor; a suction pipe disposed between the cylinder block and the carburetor; a fuel tank; a manual pump configured to suck up fuel in the fuel tank into the carburetor before start of the engine; an adapter formed separately from the carburetor and disposed between the carburetor and the suction pipe; and a starting-fuel supply device, wherein the starting-fuel supply device includes a starting-fuel supply valve configured to automatically add a starting fuel to an air-fuel mixture generated by the carburetor; and a valve chamber in the starting-fuel supply valve, the valve chamber being upstream of a fuel chamber of the carburetor such that the starting fuel in the fuel tank is movable, by the manual pump, into the fuel chamber via the valve chamber, and the valve chamber is disposed at a position below, in a gravity direction toward a lower part of an internal space of the fuel tank when the engine is in a stored state, at least one of an intake passage of the carburetor, an intake passage of the suction pipe, or an intake passage of the adapter. a starting-fuel supply valve configured to automatically add a starting fuel to an air-fuel mixture generated by the carburetor; and a valve chamber in the starting-fuel supply valve, the valve chamber being upstream of a fuel chamber of the carburetor such that the starting fuel in the fuel tank is movable, by the manual pump, into the fuel chamber via the valve chamber, and the valve chamber is disposed at a position below, in a gravity direction toward a lower part of an internal space of the fuel tank when the engine is in a stored state, at least one of an intake passage of the carburetor, an intake passage of the suction pipe, or an intake passage of the adapter.
A capacitive voltage divider method for measuring a voltage using a capacitor and an analog-to-digital converter comprising a sample and hold capacitor, comprising the steps of: measuring a bandgap or reference voltage by the ADC and determining a first code value of the bandgap or reference voltage; charging the capacitor to a voltage to be measured and coupling the charged capacitor in parallel with the sample and hold capacitor of the ADC to share a sampled charge to perform a first CVD measurement thereby determining a second code value; and charging the capacitor to a known second voltage and coupling the charged capacitor in parallel with the sample and hold capacitor of the ADC to share a sampled charge to perform a second CVD measurement thereby determining a third code value; characterized in determining the voltage to be measured by calculating Vbg * 2 N * Cy / (Cz*Cx), wherein Vbg represents the bandgap or reference voltage, N represents the number of bits of the ADC, Cx represents the first code value, Cy represents the second code value, and Cz represents the third code value, and wherein the second voltage defines the full scale of the ADC. measuring a bandgap or reference voltage by the ADC and determining a first code value of the bandgap or reference voltage; charging the capacitor to a voltage to be measured and coupling the charged capacitor in parallel with the sample and hold capacitor of the ADC to share a sampled charge to perform a first CVD measurement thereby determining a second code value; and charging the capacitor to a known second voltage and coupling the charged capacitor in parallel with the sample and hold capacitor of the ADC to share a sampled charge to perform a second CVD measurement thereby determining a third code value; characterized in determining the voltage to be measured by calculating Vbg * 2 N * Cy / (Cz*Cx), wherein Vbg represents the bandgap or reference voltage, N represents the number of bits of the ADC, Cx represents the first code value, Cy represents the second code value, and Cz represents the third code value, and wherein the second voltage defines the full scale of the ADC.
Sanding tool having a sanding body that is rotatable about an axis of rotation, wherein the lateral surface of the sanding body is configured as intended as a sanding surface for sanding, characterized in that the sanding body has at least two openings (4a, 4b), passing through the sanding body, on diametrically opposite sides of the lateral surface with respect to the axis of rotation, said openings (4a, 4b) being arranged such that a sander can see through the rotating sanding body while sanding, wherein, for this purpose, several pairs of diametrically opposite openings (4a, 4b) are arranged in the sanding body so as to be offset in a vertical direction H and in a circumferential direction from one another and the openings (4a, 4b) are optionally in the form of slots which are oriented along or transversely to the axis of rotation or are in the form of triangles with rounded corners in the sanding body.