mhurhangee/ep-ind-claims huggingface dataset:
Method for generating a surroundings map of a surroundings area of a motor vehicle, in which method the surroundings area is captured by way of at least one sensor (5, 6, 14, 15) on the motor vehicle, wherein capturing of the surroundings area by way of the at least one sensor (5, 6, 14, 15) is performed at at least two different points in time (T1, T2), and in a manner dependent on said surroundings clearance situations detected in each case in a manner dependent on items of sensor information at the points in time (T1, T2), a decision is made as regards whether an object (11, 13) which is at least supposedly situated in the surroundings area in at least one surroundings clearance situation is, upon an updating of the surroundings map, included on the then updated surroundings map, characterized in that a multiplicity of different reference clearances is predefined, and at least in a manner dependent on a comparison of the surroundings clearance situations with at least one reference clearance and on a confidence value which characterizes a probability of existence of an object (11, 13) in a surroundings area during an object capture process of the sensor (5, 6, 14, 15), the object is rendered present or absent in the updated surroundings map.
Mechanical timepiece oscillator comprising, between a first rigid support element and a second solid inertial element, a flexure bearing including more than two first flexible strips (31; 32) which support said second solid inertial element and are arranged to return said second solid inertial element to a rest position, wherein said second solid inertial element is arranged to oscillate angularly in an oscillation plane about said rest position, said first flexible strips (31; 32) do not touch each other and their projections onto said oscillation plane cross, in the rest position, at a crossing point, in proximity to which or through which passes the axis of rotation of said second solid inertial element perpendicularly to said oscillation plane, and the embedding points of said first flexible strips (31; 32) in said first rigid support element and said second solid inertial element define two strip directions (DL1, DL2) parallel to said oscillation plane, each said strip (31; 32) has an aspect ratio RA = H/E, where H is the height of said strip (31; 32) perpendicularly both to the oscillation plane and to the elongation of said strip (31; 32) along said length L, and wherein E is the thickness of said strip (31; 32) in the oscillation plane and perpendicularly to the elongation of said strip (31; 32) along said length L, wherein said aspect ratio RA = H/E is less than 10 for each said strip (31; 32).
A method for size fractioned isolation of nucleic acids from a mixture of nucleic acids with a different number of base pairs (bp), characterized by the following steps: a) a first bonding buffering agent, containing at least one chaotropic salt and at least one substance, which increases the pH value of the binding buffering agent, is added to a volume of the mixture of nucleic acids, in the absence of aliphatic alcohols b) bonding to a solid phase and separation of the nucleic acids bonded by means of step a) c) the filtrate from step a) is mixed with a second bonding buffering agent or with a non ionic surfactant or with an alcohol or with a mixture of a non ionic surfactant and alcohol d) bonding to a solid phase and separation of the nucleic acids bonded by means of step c) e) washing and elution of the nucleic acids isolated after steps a) and c) according to known methods, with the result that the nucleic acids isolated after step a) not only have a greater number of base pairs than the nucleic acids isolated in step c), but that also individual, specific nucleic acid fractions with a specified number of base pairs are isolated, both after step a) and also after step c) which fractions are not isolated in the respective other step. a) a first bonding buffering agent, containing at least one chaotropic salt and at least one substance, which increases the pH value of the binding buffering agent, is added to a volume of the mixture of nucleic acids, in the absence of aliphatic alcohols b) bonding to a solid phase and separation of the nucleic acids bonded by means of step a) c) the filtrate from step a) is mixed with a second bonding buffering agent or with a non ionic surfactant or with an alcohol or with a mixture of a non ionic surfactant and alcohol d) bonding to a solid phase and separation of the nucleic acids bonded by means of step c) e) washing and elution of the nucleic acids isolated after steps a) and c) according to known methods,
A sterile gel formulation suitable for use in filling a wound cavity and delivering an active ingredient thereto, the gel further having a pH range of 4.5 to 8.5, low bioadhesive strength and cohesive integrity and being formed from a polymer selected from among the group consisting of poly(vinyl) alcohol polymer and a PVA-polyvinyl acetate copolymer, a cross-linker being a salt form of boron that produces borate ions in aqueous solution, at least one compound which has a beneficial effect as an active ingredient in the wound and at least one modulator, the modulator being a low molecular weight sugar alcohol that is capable of binding borate or PVA in aqueous solution through a mono-diol or di-diol formation and reduces the pH of PVA-borate hydrogels; wherein the polymer has a degree of hydrolysis of between 98% and 100% and a molecular weight of from 145,000 to 300,000 Daltons, wherein the amount of polymer in the gel formulation ranges from 8 to 20% w/w, and wherein the gel is heat and/or gamma sterilised and contains less than 5% w/w acetic acid.
A computer-implemented method for displaying status during a wireless transmission of a glucose measure from a handheld glucose meter to a diabetes management application residing on a portable computing device, comprising: - determining, by the glucose meter, a blood glucose measure from a test strip inserted into a port of the glucose meter, the test strip having a reaction site for receiving a sample of blood from a patient; - displaying, by the glucose meter, the blood glucose measure on a result screen of the glucose meter, the display of the blood glucose measure being performed in response to the determination of the blood glucose measure; characterized by further comprising: - transferring, by the glucose meter, the blood glucose measure via a wireless data link to the diabetes management application, wherein the blood glucose measure is transferred in response to navigating away from the result screen; and - displaying, by the glucose meter, an interface on a display of the glucose meter concurrently with the transfer of the blood glucose measure to the diabetes management application, where the interface provides an indication of the data transfer, a numeric value for the blood glucose measure and an identifier for the portable computing device. - determining, by the glucose meter, a blood glucose measure from a test strip inserted into a port of the glucose meter, the test strip having a reaction site for receiving a sample of blood from a patient; - displaying, by the glucose meter, the blood glucose measure on a result screen of the glucose meter, the display of the blood glucose measure being performed in response to the determination of the blood glucose measure; - transferring, by the glucose meter, the blood glucose measure via a wireless data link to the diabetes management application, wherein the blood glucose measure is transferred in response to navigating away from the result screen; and - displaying, by the glucose meter, an interface on a display of the glucose meter concurrently with the transfer of the blood glucose measure to the diabetes management application, where the interface provides an indication of the data transfer, a numeric value for the blood glucose measure and an identifier for the portable computing device.
A vehicle cab body for a vehicle, said vehicle cab body comprising a cab body structure comprising a roof structure, side wall structures, and a rear wall structure, characterized in that said vehicle cab body further comprises a vehicle battery, wherein a portion of at least one of the roof structure, side wall structures, and rear wall structure forms at least a part of a housing for said vehicle battery.
A froth heater, comprising: an outer case defining an inner cavity, an inlet in fluid communication with the inner cavity, and an outlet in fluid communication with the inner cavity; and a heater core inserted into inner cavity and configured to form a flow path between an inner wall of the outer case and the heater core between the inlet and the outlet, wherein the heater core includes a core cavity configured to receive a heater therein to heat the heater core; wherein the heater core includes one or more channels defined on an outer diameter thereof, wherein the flow path is defined by the inner wall of the outer case and the one or more channels, wherein the one or more channels includes a first flow area at a first axial fraction of the heater core, a second flow area at least at a second axial fraction of the heater core, wherein the one or more channels are circumferentially defined around the heater core, and characterized in that the circumferential channels are defined in the first axial fraction of the heater core, and wherein a spiral channel is defined at least in the second axial fraction of the heater core,. an outer case defining an inner cavity, an inlet in fluid communication with the inner cavity, and an outlet in fluid communication with the inner cavity; and a heater core inserted into inner cavity and configured to form a flow path between an inner wall of the outer case and the heater core between the inlet and the outlet, wherein the heater core includes a core cavity configured to receive a heater therein to heat the heater core; wherein the heater core includes one or more channels defined on an outer diameter thereof, wherein the flow path is defined by the inner wall of the outer case and the one or more channels, wherein the one or more channels includes a first flow area at a first axial fraction of the heater core, a second flow area at least at a second axial fraction of the heater core, wherein the one or more channels are circumferentially defined around the heater core, and characterized in that the circumferential channels are defined in the first axial fraction of the heater core, and wherein a spiral channel is defined at least in the second axial fraction of the heater core,.
A lamellar blind for shading a building opening, with a curtain, composed of curtain blades, which can be raised and lowered in front of the building opening by a number of lifting bands, and a lower end bar, on which the number of lifting bands engage, with a further number of reverse bands which engage at least one of two longitudinal sides of curtain blades, through which the curtain blades may be rotated, at least when the curtain is lowered, between an illumination position, wherein the curtain blades are raised one from the other and a shading position, wherein the curtain blades are adjoining each other, wherein the lamellar blind has a number of reverse gears, each of which is provided with a reel which is co-rotatably mounted on a winding shaft for winding and unwinding of one of lifting bands and a housing, which is fixed on the building side, in which the winding shaft is supported on the reel, as well as a reverse body, for rotating the curtain blades, which may be co-rotatably coupled with and non-rotatably separated from the reel, which is housed in the housing, on whose circumference on both sides of the winding shaft a respective one of reverse bands is connected, wherein each reverse gear is provided with a deflecting device, which has deflecting means for the lifting band and/or deflecting means for at least one of reverse bands, and which is formed as a clip extension, which may be fixed to the head bar and/or as a lid, which may be clipped on the reverse gear, which supports these deflecting means (33; 34), and wherein the curtain blades have a number of holes which correspond to the number of lifting bands and each lifting band is guided in an approximately perpendicular direction downwards from the housing of the respective reverse gear through the associated hole, and each reverse band is guided approximately perpendicularly and downwards from the housing of the respective reverse gear, characterized in that the plane of holes is not congruent with a perpendicular plane extending through the winding shaft axis, instead being positioned nearer to the building interior, wherein the number of lifting bands is deflected into the plane of holes by the fact that the deflecting devices guide the lifting bands over a position, which is offset, with respect to a position, which is approximately perpendicular underneath the winding shaft, in the transversal direction relative to winding shaft, and/or the reverse bands, which engage the sides of curtain blades, which are directed towards the building interior, are deflected in a way, that, starting from the deflection point, when the curtain blades are situated in the illumination position, they hang perpendicularly or almost perpendicularly downwards, in that the deflection devices guide the respective reverse bands over a position, which is offset in the transverse direction relative to winding shaft with respect to a position, which is approximately perpendicular underneath a position, in which the reverse band is connected to the reverse body.
Method for performing rotational speed synchronisation of a first transmission component (32,34) having a first initial rotational speed with a second transmission component having a second initial rotational speed, by means of a three-phase AC electric motor that is rotationally connected to the first transmission component (32,34), during a gear switch in a stepped gear transmission of a drive train having a switching mechanism enabling the stator windings (W1-W3) of the AC electric motor to be selectively connected in star configuration or delta configuration, the method comprising: obtaining a command, or determining, that a gear switch should be performed, shifting the stator winding configuration of the AC electric motor to delta configuration, or ensuring that the stator winding configuration of the AC electric motor is in delta configuration, and controlling operation of the AC electric motor for accomplishing rotational speed synchronisation of the first and second transmission components (32,34,18). obtaining a command, or determining, that a gear switch should be performed, shifting the stator winding configuration of the AC electric motor to delta configuration, or ensuring that the stator winding configuration of the AC electric motor is in delta configuration, and controlling operation of the AC electric motor for accomplishing rotational speed synchronisation of the first and second transmission components (32,34,18).
Method for manufacturing a filter element, comprising: Overmolding of or in situ extruding on end portions (3A, 3B) of a filter material sheet at opposing end edges (4A, 4B) with or from plastic casing for forming an endless bellows.
A method for facilitating roaming tests for an operator in a telecommunication network, the method comprising: detecting by a value added module, a location update message of a subscriber to a Home Location Register, HLR, while switching from a first Mobile Switching Center, MSC / Visiting Location Register, VLR, to a second MSC / VLR; sending by the value added module, a Restore Subscriber Data, RSD, message to the HLR to relay the subscriber's profile to the second MSC / VLR; sending by the value added module, a purge message on the subscriber to the HLR; conducting the roaming tests by the value added module, using the subscriber's profile data obtained from the first MSC / VLR; sending by the value added module, a cancel location message to the first MSC / VLR to remove the subscriber's profile in the first MSC / VLR; and generating by the value added module, a location update message to update second MSC / VLR at the HLR. detecting by a value added module, a location update message of a subscriber to a Home Location Register, HLR, while switching from a first Mobile Switching Center, MSC / Visiting Location Register, VLR, to a second MSC / VLR; sending by the value added module, a Restore Subscriber Data, RSD, message to the HLR to relay the subscriber's profile to the second MSC / VLR; sending by the value added module, a purge message on the subscriber to the HLR; conducting the roaming tests by the value added module, using the subscriber's profile data obtained from the first MSC / VLR; sending by the value added module, a cancel location message to the first MSC / VLR to remove the subscriber's profile in the first MSC / VLR; and generating by the value added module, a location update message to update second MSC / VLR at the HLR.
Processing machine comprising at least one printing unit, comprising at least three drivable cylinders (1, 2, 3), wherein a first cylinder has a stationary axis position (1.1) and is mounted in this axis position (1.1) in an associated first bearing arrangement, which is arranged on an associated side frame of the printing unit, so as to be replaceable or exchangeable, wherein one end of an associated link is arranged in a pivot joint and in each case a second bearing arrangement for receiving a second cylinder of the printing unit is arranged at the other end of each link, and each link is coupled to means for actuating and positioning the link about the centre of rotation of the pivot joint, wherein each link mounted in the pivot joint on an associated side frame of the printing unit can be actuated or positioned synchronously or separately, wherein in each case a third bearing arrangement for receiving a third cylinder is arranged so as to be movable eccentrically on the frame in an eccentric bearing arrangement in each case, and wherein each third bearing arrangement is coupled to respective actuating and positioning means, wherein the third cylinder is in the form of an impression cylinder.
A parking control method for controlling a vehicle on a basis of an operation command related to parking control acquired from outside of the vehicle, the parking control method comprising: Evaluating, around the vehicle, a level of a communication environment of communication for transmitting the operation command related to the parking control to the vehicle; calculating a parameter relating to control of the vehicle used for performing the parking control in accordance with the level of the communication environment; and controlling the vehicle to park on a basis of the parameter. Evaluating, around the vehicle, a level of a communication environment of communication for transmitting the operation command related to the parking control to the vehicle; calculating a parameter relating to control of the vehicle used for performing the parking control in accordance with the level of the communication environment; and controlling the vehicle to park on a basis of the parameter.
A computer-implemented method of verifying that a given application is to be permitted access to a secure function, said method comprising: receiving a request to execute a secure function; in response to receiving the request, determining whether the application has been signed with a code signing key that is associated with the secure function; if it is determined that the application has not been signed with a code signing key that is associated with the secure function: denying the application access to the secure function; if it is determined that the application has been signed with a code signing key that is associated with the secure function, determining whether the secure function is associated with any secure input parameters for said function; if it is determined that the secure function is not associated with any secure input parameters for said function: allowing the application to execute the secure function; if it is determined that the secure function is associated with any secure input parameters, determining whether the application has been signed with at least one code signing key for each of the secure input parameters; if it is determined that the application has not been signed with at least one code signing key for each of the secure input parameters: denying the application access to the secure function; and if it is determined that the application has been signed with at least one code signing key for each of the secure input parameters, allowing the application to execute the secure function. receiving a request to execute a secure function; in response to receiving the request, determining whether the application has been signed with a code signing key that is associated with the secure function; if it is determined that the application has not been signed with a code signing key that is associated with the secure function: denying the application access to the secure function; if it is determined that the application has been signed with a code signing key that is associated with the secure function, determining whether the secure function is associated with any secure input parameters for said function; if it is determined that the secure function is not associated with any secure input parameters for said function: allowing the application to execute the secure function; if it is determined that the secure function is associated with any secure input parameters, determining whether the application has been signed with at least one code signing key for each of the secure input parameters; if it is determined that the application has not been signed with at least one code signing key for each of the secure input parameters: denying the application access to the secure function; and if it is determined that the application has been signed with at least one code signing key for each of the secure input parameters, allowing the application to execute the secure function.
An implant comprising: a multi-layer planar fibrillar structure wherein the layers of said fibrillar structure are intermittently secured to each other by a series of discrete points of attachment to provide a discontinuous length of attachment on at least one edge portion, wherein the multi-layer planar fibrillar structure is adapted to approximate the mechanical properties of a human tendon or a human ligament.