mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method comprising: determining multiple indoor blocks into which an indoor space is spatially divided; and for each of the indoor blocks, extracting a set of features which describe characteristics of the indoor block and identifying the indoor block as being located at an address formed from the set of features; wherein the set of features which describe characteristics of the indoor block includes one or more statistical features which statistically describe characteristics of the indoor block and further includes one or more dynamic features which describe characteristics of the indoor block in substantially real-time, wherein a dynamic feature describes a characteristic of an indoor block as that characteristic changes over time, and furthermore includes one or more stable features which describe substantially static characteristics of the indoor block, which are characteristics that generally remain static over time, wherein the one or more statistical features include statistical information that is generated based on information collected from arbitrary wireless devices as their users move through the indoor space in their normal routine; and generating a map with the indoor blocks distinguished by the formed addresses. determining multiple indoor blocks into which an indoor space is spatially divided; and for each of the indoor blocks, extracting a set of features which describe characteristics of the indoor block and identifying the indoor block as being located at an address formed from the set of features; wherein the set of features which describe characteristics of the indoor block includes one or more statistical features which statistically describe characteristics of the indoor block and further includes one or more dynamic features which describe characteristics of the indoor block in substantially real-time, wherein a dynamic feature describes a characteristic of an indoor block as that characteristic changes over time, and furthermore includes one or more stable features which describe substantially static characteristics of the indoor block, which are characteristics that generally remain static over time, wherein the one or more statistical features include statistical information that is generated based on information collected from arbitrary wireless devices as their users move through the indoor space in their normal routine; and generating a map with the indoor blocks distinguished by the formed addresses. wireless devices as their users move through the indoor space in their normal routine; and generating a map with the indoor blocks distinguished by the formed addresses.
Master brake cylinder assembly of a motor vehicle brake system, comprising a fluid reservoir and a master brake cylinder, wherein the fluid reservoir and the master brake cylinder are fluidically coupled to each other by means of at least one fluid channel, characterized in that at least one filter element is arranged within the master brake cylinder assembly in such a way that a brake fluid volume is exchanged between master brake cylinder and fluid reservoir during operation flows through the filter element, wherein the filter element is designed to collect dirt particles present in the brake fluid, wherein the filter element is arranged in or on a component of fluid reservoir and master brake cylinder and the respective component of fluid reservoir and master brake cylinder comprises a connecting piece, by which it is coupled to the respective other component of fluid reservoir and master brake cylinder, wherein the filter element is arranged in or on an outer end face of the connecting piece.
A stapler apparatus, comprising: (a) a stapler having a proximal end, a distal end and a longitudinal axis, the stapler further comprising: (i) a trigger, (ii) an anvil docking pin aligned substantially parallel with the longitudinal axis of the stapler; and (iii) a stapling means, the anvil docking pin and stapling means being at the distal end of the stapler; and (b) a detachable anvil, comprising an anvil head and an anvil shaft, wherein the length of the anvil shaft is at least 4 cm, wherein the anvil shaft is adapted to receive the anvil docking pin and operation of the trigger causes the stapling means to be actuated, characterised in that the anvil shaft comprises an internal chamber and the anvil docking pin is insertable into the internal chamber of the anvil shaft, and further characterised in that the anvil shaft comprises a viewing window and the anvil docking pin comprises a docking indicator such than when the anvil is fully docked over the anvil docking pin, the docking indicator is visible through the viewing window. (a) a stapler having a proximal end, a distal end and a longitudinal axis, the stapler further comprising: (i) a trigger, (ii) an anvil docking pin aligned substantially parallel with the longitudinal axis of the stapler; and (iii) a stapling means, the anvil docking pin and stapling means being at the distal end of the stapler; and (i) a trigger, (ii) an anvil docking pin aligned substantially parallel with the longitudinal axis of the stapler; and (iii) a stapling means, the anvil docking pin and stapling means being at the distal end of the stapler; and (b) a detachable anvil, comprising an anvil head and an anvil shaft, wherein the length of the anvil shaft is at least 4 cm,
A method for remote detection of ethanol vapor in the atmosphere for determination of the concentration of ethanol vapor in the air exhaled by humans, inside a passenger compartment of a vehicle, wherein a light beam (102, 105) from a laser light source (101, 104, 201) with a wavelength corresponding to the absorption spectrum of ethanol in Mid-IR range (303, 401) is sent across a measurement space, and then the light intensity is measured after the light beam (102, 105) has passed through said space, and then, based on spectral analysis of the dependence of the light intensity on the ethanol level, the level of ethanol vapor concentration is determined, characterized in that the wavelength of the laser light source (101, 104, 201) is tuned over a wavelength range covering a sharp absorption feature of ethanol at a wavelength of 3.345 μm or 3.447 μm and a part of or the whole of an absorption 'plateau' of ethanol (403, 404), preferably located in close proximity of said sharp feature in order to obtain a correct quantitative determination of ethanol vapor.
A method of configuring a telephone, comprising: configuring a plurality of self-labelling Role Keys (19, 21, 31, 91, 101, 111), wherein the self-labelling Role Keys comprise a first set of programmable feature keys on the telephone; and configuring a plurality of self-labelling Role Associated Keys (41, 51, 61, 121, 131, 141) associated with respective ones of said self-labelling Role Keys such that upon user selection of one of said self-labelling Role Keys said plurality of self-labelling Role Associated Keys are presented, characterized in that: the plurality of self-labelling Role Keys are configured to represent respective user roles; and in that the plurality of self-labelling Role Associated Keys are presented on a second set of programmable feature keys on the telephone, wherein the second set of programmable feature keys are separate from the first set of programmable feature keys, the second set of programmable feature keys being selectable in order to invoke respective features associated with a first user role. configuring a plurality of self-labelling Role Keys (19, 21, 31, 91, 101, 111), wherein the self-labelling Role Keys comprise a first set of programmable feature keys on the telephone; and configuring a plurality of self-labelling Role Associated Keys (41, 51, 61, 121, 131, 141) associated with respective ones of said self-labelling Role Keys such that upon user selection of one of said self-labelling Role Keys said plurality of self-labelling Role Associated Keys are presented, characterized in that: the plurality of self-labelling Role Keys are configured to represent respective user roles; and in that the plurality of self-labelling Role Associated Keys are presented on a second set of programmable feature keys on the telephone, wherein the second set of programmable feature keys are separate from the first set of programmable feature keys, the second set of programmable feature keys being selectable in order to invoke respective features associated with a first user role. the plurality of self-labelling Role Keys are configured to represent respective user roles; and in that the plurality of self-labelling Role Associated Keys are presented on a second set of programmable feature keys on the telephone, wherein the second set of programmable feature keys are separate from the first set of programmable feature keys, the second set of programmable feature keys being selectable in order to invoke respective features associated with a first user role.
Method for producing bales in a channel baling press which, by compacting and tying loose material in the pressing direction, produces successive bales of material which are conveyed in a conveying direction to an outlet of the channel baling press, the bales being separated at the outlet, the mass of the respective separated bale and/or length of the bale in the pressing direction being measured, characterized in that the measured value or the measured values are used to control the channel baling press in order to adjust the mass and/or the length of the bales produced to target values.
Apparatus for stuffing a pasty food into a tubular casing, the apparatus having a stuffing tube with an inlet end and an outlet end, on which a stock of the casing in shirred form is located, and the apparatus comprises an applicator sleeve which is arranged between the inlet end and the outlet end, surrounds the stuffing tube about part or the complete circumference and is intended for one or more strips (7, 7') coated with a food additive or with food additives, the stuffing tube and part of the applicator sleeve bounding a gap which is open about the complete circumference, characterized in that the apparatus has at least one applicator roller arranged between the applicator sleeve and the outlet end, and an elastic element is provided which presses the applicator roller frictionally against the stuffing tube in such a manner that the strip can be guided between the applicator roller and the stuffing tube, the elastic element preferably being designed as a spring.
Extruded profile for producing a blade of a guide wheel of a turbomachine, which extruded profile has a cross-sectional area having an axial length LAX and a thickness D/LAX relative to the axial length LAX, wherein the cross-sectional area along the axial length LAX thereof has the following mutually adjoining regions: - an at least approximately axially symmetrical leading-edge region; - a first transition region having a relative thickness D/LAX that varies along the first transition region; - a first constant region having a relative thickness D/LAX that is at least substantially constant along the first constant region, which first constant region, relative to a leading edge of the extruded profile, begins at the closest at 10% LAX and ends at the furthest at 50% LAX; - a second transition region having a relative thickness D/LAX that varies along the second transition region, which second transition region, relative to the leading edge of the extruded profile, begins at the closest at 30% LAX and ends at the furthest at 90% LAX; - a second constant region having a relative thickness D/LAX that is at least substantially constant along the second constant region and having an axial length X of at most 40% LAX; and - an at least approximately axially symmetrical trailing-edge region; wherein the extruded profile has a suction side having a suction-side basic shape that is at least predominantly planar along the axial length LAX. - an at least approximately axially symmetrical leading-edge region; - a first transition region having a relative thickness D/LAX that varies along the first transition region; - a first constant region having a relative thickness D/LAX that is at least substantially constant along the first constant region, which first constant region, relative to a leading edge of the extruded profile, begins at the closest at 10% LAX and ends at the furthest at 50% LAX; - a second transition region having a relative thickness D/LAX that varies along the second transition region, which second transition region, relative to the leading edge of the extruded profile, begins at the closest at 30% LAX and ends at the furthest at 90% LAX; - a second constant region having a relative thickness D/LAX that is at least substantially constant along the second constant region and having an axial length X of at most 40% LAX; and - an at least approximately axially symmetrical trailing-edge region;
A sensor for detecting the particle concentration, in particular the concentration of soot particles, in the exhaust stream of an internal combustion engine, in particular a motor vehicle, which sensor has different sensor regions (SB1 to SB4) which are arranged on a carrier and each have differently arranged electrodes, characterized in that in that the sensor comprises at least three sensor units (SE1 to SE3) which are of identical design and which are configured, in a satisfactory state, to supply at least largely identical sensor signals to a controller via a multiplexer, and in that each sensor unit (SE1 to SE3) is formed by at least two different sensor regions (SB1 to SB4) whose electrodes have different electrode distances, wherein each sensor unit (SE1 to SE3) is arranged on a carrier section (71 to 73) of the carrier, and in that each carrier section (71 to 73) has a separately actuable regeneration device for regenerating the sensor unit (SE1; SE2; SE3) which is arranged on it, and the carrier sections (71 to 73) are insulated from one another thermally and/or in terms of vibration.
A system for attaching a panel to an edge of an element of a bearing structure, such as a beam or a slab, the system comprising: • a bracket comprising a shoe, the shoe having a U-shaped cross-section and having a first sidewall connected by a jumper to a second sidewall, the jumper having a slot extending along a longitudinal direction of the jumper parallel to the first sidewall, and • a connecting part, comprising a flat part and a substantially cylindrical stud extending along an axis of the stud perpendicular to a main plane of the flat part, said stud comprising a first end fastened to a bottom face of the flat part, said stud also comprising a head fastened to a second end of the stud, said head having for example a rectangular, oval or oblong cross section in a plane perpendicular to the axis of the stud, a small dimension of the cross-section of the head being smaller than a width of the slot of the bracket and a large dimension of the cross-section of the head being larger than the width of the slot of the bracket, said attaching system being characterized in that the first end of the stud is fastened to a first end of the flat part, and in that the flat part also comprises, at a second end opposite the first end, at least one fastening hole (341, 342). • a bracket comprising a shoe, the shoe having a U-shaped cross-section and having a first sidewall connected by a jumper to a second sidewall, the jumper having a slot extending along a longitudinal direction of the jumper parallel to the first sidewall, and • a connecting part, comprising a flat part and a substantially cylindrical stud extending along an axis of the stud perpendicular to a main plane of the flat part, said stud comprising a first end fastened to a bottom face of the flat part, said stud also comprising a head fastened to a second end of the stud, said head having for example a rectangular, oval or oblong cross section in a plane perpendicular to the axis of the stud, a small dimension of the cross-section of the head being smaller than a width of the slot of the bracket and a large dimension of the cross-section of the head being larger than the width of the slot of the bracket,
Random-number generator for the provision of a random number and/or a random-number combination and/or a random-number matrix via an interface, characterised by - a monitoring device for monitoring a game-of-skill/sport facility, on which a game-of-skill/sport can be played by at least one participant, which delivers at least one game result as a numerical value, wherein the monitoring device comprises game-result determining means for determining the game result, and - a determining device for determining the random number and/or random-number combination and/or -matrix from the determined game result for delivery to the interface for interrogation by an application, wherein the determining device comprises a computation apparatus for the computation, according to a predetermined calculation specification, of a random number from several numerical values each forming game results and/or an allocation device for allocating the individual numerical values or the numbers calculated from them in each case to a numerical position of the random-number sequence or -matrix corresponding to a predetermined allocation specification - at least one screen for the display of the image recording, which were recorded by cameras (7, 8) on the game-of-skill/sport facility. - a monitoring device for monitoring a game-of-skill/sport facility, on which a game-of-skill/sport can be played by at least one participant, which delivers at least one game result as a numerical value, wherein the monitoring device comprises game-result determining means for determining the game result, and - a determining device for determining the random number and/or random-number combination and/or -matrix from the determined game result for delivery to the interface for interrogation by an application, wherein the determining device comprises a computation apparatus for the computation, according to a predetermined calculation specification, of a random number from several numerical values each forming game results and/or an allocation device for allocating the individual numerical values or the numbers calculated from them in each case to a numerical position of the random-number sequence or -matrix corresponding to a predetermined allocation specification - at least one screen for the display of the image recording, which were recorded by cameras (7, 8) on the game-of-skill/sport facility.
Method of diagnosing prostate cancer or the risk of prostate cancer in a patient by detecting antibodies against the following marker proteins or a selection of at least 2 of the marker proteins or at least 20 % of the marker proteins selected from OXA1L, GOLM1, NRXN2, PAPSS1, GNAI2, FTSJD2, CERS1, FNTB, MYO19, ADCK3, SDHA, FAM184A (List 1) in a patient, wherein the selection comprises at least OXA1L, comprising the step of detecting antibodies binding said marker proteins in a sample of the patient.
A Zn-doped InP single crystal substrate having a diameter of 75 mm to 100 mm and a Zn concentration of 5 × 10 18 cm -3 or more, wherein the Zn-doped InP single crystal substrate has an electrical activation ratio of Zn of more than 85% at a total of two measurement points: a point at a center of a surface of a wafer-shaped substrate and an arbitrary point on a circumference which is more inside by 5 mm than an outer periphery of the wafer, the electrical activation ratio of Zn being calculated as a value expressing a ratio of a carrier density to a concentration of Zn doped in InP as a percentage. wherein the Zn-doped InP single crystal substrate has an electrical activation ratio of Zn of more than 85% at a total of two measurement points: a point at a center of a surface of a wafer-shaped substrate and an arbitrary point on a circumference which is more inside by 5 mm than an outer periphery of the wafer, the electrical activation ratio of Zn being calculated as a value expressing a ratio of a carrier density to a concentration of Zn doped in InP as a percentage.
A piezo sounder device comprising a piezo sounder and a controller, wherein the controller is configured, upon activation of the piezo sounder device, to drive the piezo sounder at: a first frequency for a first duration, the first frequency substantially corresponding to a resonant frequency of the piezo sounder at a first operational temperature; and a second frequency for a second duration, the second frequency substantially corresponding to a resonant frequency of the piezo sounder at a second operational temperature, wherein the first duration is different from the second duration. a first frequency for a first duration, the first frequency substantially corresponding to a resonant frequency of the piezo sounder at a first operational temperature; and a second frequency for a second duration, the second frequency substantially corresponding to a resonant frequency of the piezo sounder at a second operational temperature, wherein the first duration is different from the second duration.
Magnetic escapement equipping a mechanical clock movement and comprising an escapement wheel driven by a motor device and coupled to a resonator of this mechanical clock movement, this escapement wheel comprising a first magnetic structure defining, within a non-zero radial range of this escapement wheel, a first periodic pattern with a first angular period P1 such that 360°/P1 is equal to a first whole number N1, the magnetic escapement comprising at least one magnet mounted on the resonator and coupled magnetically to the escapement wheel such that, when the mechanical clock movement functions, this magnet has a periodic resonance movement at a resonance frequency and such that the escapement wheel rotates with a frequency proportional to this resonance frequency; characterised in that the magnetic escapement comprises a second magnetic structure parallel to the first magnetic structure and defining, within said radial range, a second periodic pattern having a second angular period P2 such that 360°/P2 is equal to a second whole number N2 which is different from the whole number N1, the difference in absolute value |ΔN| between the numbers N1 and N2 being a number less than or equal to N/2, i.e. |ΔN|<= N/2, N being the lower number of the numbers N1 and N2; in that the first and second magnetic structures are designed such that, when the clock movement functions, the first magnetic structure has a rotation relative to the second magnetic structure at a first relative angular frequency F1 rel; and in that the first periodic pattern and the second periodic pattern are selected such that they generate, within said radial range, in projection on a geometric surface parallel to the first and second magnetic structures, a combined pattern which is coupled to said magnet and which defines, alternately, at least said number |ΔN| of first zone(s) with a first proportion of magnetic surface and at least this number |ΔN| of second zone(s) with a second proportion of magnetic surface less than said first proportion, and such that the combined pattern rotates relative to the second magnetic structure with a second relative angular frequency F2 rel equal to said first relative angular frequency F1 rel multiplied by said number N1 and divided by the difference ΔN between the numbers N1 and N2, i.e. F2 rel = F1 rel ·N1/ΔN where ΔN = N1 - N2.