mhurhangee/ep-ind-claims huggingface dataset:
A vehicular window accessory suitable for being operably coupled to a vehicle, the vehicular window accessory being configured to maintain a temperature above a freezing point wherein the vehicular window accessory comprises: a body member, said body member having a first end and a second end, said body member having a plurality of heating elements disposed therein, said heating elements being configured to maintain a temperature of the body member that is above freezing temperature, said body member having an upper peripheral edge and a lower peripheral edge; and a container, said container being configured to store said body member; wherein said body member is movable intermediate between a first position and a second position; the vehicular window accessory being characterized in that said body member is manufactured from a transparent flexible material, and in that said container has a plurality of magnets secured thereto, said container being operable to be positioned within a door jamb of a vehicle. a body member, said body member having a first end and a second end, said body member having a plurality of heating elements disposed therein, said heating elements being configured to maintain a temperature of the body member that is above freezing temperature, said body member having an upper peripheral edge and a lower peripheral edge; and a container, said container being configured to store said body member; wherein said body member is movable intermediate between a first position and a second position; the vehicular window accessory being characterized in that said body member is manufactured from a transparent flexible material, and in that said container has a plurality of magnets secured thereto, said container being operable to be positioned within a door jamb of a vehicle.
A vehicle interior light for spot illumination of a surface (10, 10') to be illuminated in the interior of the vehicle having a light source whose main emission direction does not coincide with the direction in which the surface (10, 10') to be illuminated lies, and having a deflecting optical system which alters both the opening angle and also the direction of the central axis of the light cone emitted by the light source, wherein the deflecting optical system comprises two lens bodies (14, 15, 16) which are arranged in succession in the beam path of the light source and which operate with light refraction and whose central axes (18, 19, 20) and optically active lens surfaces are inclined relative to each other, characterised in that the deflecting optical system is formed by three lens bodies (14, 15, 16) which are integrally connected together in the region of optically non-active surfaces, and in that the light entry surface of the third lens body arranged furthest from the light source is provided with divergence properties said light entry surface being directed toward the second lens body.
An orthopedic component comprising: a substantially hemispherical outer layer formed from a first porous material wherein the first porous material is a metal; and a substantially hemispherical inner layer formed from an antioxidant stabilized ultrahigh molecular weight polyethylene, wherein said antioxidant stabilized ultrahigh molecular weight polyethylene at least partially permeates the pores of said first porous material to provide an interdigitation layer wherein the layers cooperate to define an acetabular shell and are selected to provide an overall modulus that approximates the modulus of the bone into which the orthopedic component is to be implanted, and wherein said antioxidant stabilized ultrahigh molecular weight polyethylene is prepared by a process that includes combining ultrahigh molecular weight polyethylene with an antioxidant; processing to form an antioxidant stabilized blend, wherein the blend has a melting point; securing the antioxidant stabilized UHMWPE to the outer bone contacting layer; preheating the blend to a preheat temperature between room temperature up to the melting point of the blend; and irradiating the preheated blend while maintaining the blend at a temperature below the melting point of the blend to induce crosslinking of the ultrahigh molecular weight polyethylene. a substantially hemispherical outer layer formed from a first porous material wherein the first porous material is a metal; and a substantially hemispherical inner layer formed from an antioxidant stabilized ultrahigh molecular weight polyethylene, wherein said antioxidant stabilized ultrahigh molecular weight polyethylene at least partially permeates the pores of said first porous material to provide an interdigitation layer wherein the layers cooperate to define an acetabular shell and are selected to provide an overall modulus that approximates the modulus of the bone into which the orthopedic component is to be implanted, and wherein said antioxidant stabilized ultrahigh molecular weight polyethylene is prepared by a process that includes combining ultrahigh molecular weight polyethylene with an antioxidant; processing to form an antioxidant stabilized blend, wherein the blend has a melting point; securing the antioxidant stabilized UHMWPE to the outer bone contacting layer; preheating the blend to a preheat temperature between room temperature up to the melting point of the blend; and irradiating the preheated blend while maintaining the blend at a temperature below the melting point of the blend to induce crosslinking of the ultrahigh molecular weight polyethylene.
A method for wireless communications, the method comprising: generating a packet that comprises a packet body and a packet header, the packet body comprising a plurality of sub-packets (350-1 to 350-N), and the packet header comprising a plurality of sub-packet headers (370-1 to 370-N), each sub-packet header corresponding to a respective one of the sub-packets and having information on the respective sub-packet, wherein the information comprises an identifier of a transmission mode to be applied to the corresponding sub-packet; and wirelessly outputting the packet using a plurality of transmission modes applied to the respective sub-packets. generating a packet that comprises a packet body and a packet header, the packet body comprising a plurality of sub-packets (350-1 to 350-N), and the packet header comprising a plurality of sub-packet headers (370-1 to 370-N), each sub-packet header corresponding to a respective one of the sub-packets and having information on the respective sub-packet, wherein the information comprises an identifier of a transmission mode to be applied to the corresponding sub-packet; and wirelessly outputting the packet using a plurality of transmission modes applied to the respective sub-packets.
A female snap-fit junction device for an electrical connection adapted to receive a male device wherein an insertion direction of said male device is an axial direction X-X' comprising: - a structural case adapted to receive the male device in the form of a male electrical conductor by insertion comprises an open planar cavity (1.1) extended between two opposite internal resting surfaces, a first resting surface (1.1.1) and a second resting surface (1.1.2), laterally closed by walls (1.1.3) wherein the two resting surfaces (1.1.1, 1.1.2) and the lateral walls (1.1.3) are parallel to the axial direction X-X', - a locking strip resting against the first resting surface (1.1.1), - an electrically conductive strip separated from the locking strip and configured as three plates, a first plate resting against the second resting surface (1.1.2) and two lateral folds (3.1) resting on the lateral walls (1.1.3) of said cavity (1.1), wherein - the structural case is adapted to house the male device between the locking strip and the electrically conductive strip and between the both folds (3.1) of the electrically conductive strip; and, - the locking strip comprises a fold (2.1) located at one end and a flange (2.2) prolonged by at least a tab (2.3) located at an opposite end adapted to lock in the axial direction X-X' the male device housed in the open planar cavity (1.1) of the structural case, and wherein the locking strip comprises two separated tabs (2.3) extending the flange (2.2) separated by a recess (2.4); and the structural case has a protrusion (1.1.1.1) on the first resting surface (1.1.1), said protrusion (1.1.1.1) being housed in the recess (2.4) of the locking strip for the axial retention of said locking strip; and wherein the male device is configured to be locked in the axial direction X-X' by means of said fold (2.1) at an end of the open planar cavity (1.1) and by the flange (2.2) in an opposite end. - a structural case adapted to receive the male device in the form of a male electrical conductor by insertion comprises an open planar cavity (1.1) extended between two opposite internal resting surfaces, a first resting surface (1.1.1) and a second resting surface (1.1.2), laterally closed by walls (1.1.3) wherein the two resting surfaces (1.1.1, 1.1.2) and the lateral walls (1.1.3) are parallel to the axial direction X-X', - a locking strip resting against the first resting surface (1.1.1), - an electrically conductive strip separated from the locking strip and configured as three plates, a first plate resting against the second resting surface (1.1.2) and two lateral folds (3.1) resting on the lateral walls (1.1.3) of said cavity (1.1), - the structural case is adapted to house the male device between the locking strip and the electrically conductive strip and between the both folds (3.1) of the electrically conductive strip; and, - the locking strip comprises a fold (2.1) located at one end and a flange (2.2) prolonged by at least a tab (2.3) located at an opposite end adapted to lock in the axial direction X-X' the male device housed in the open planar cavity (1.1) of the structural case,
An electrically conductive film having an electrically conductive layer on at least one side, which is a thermoplastic resin film in which the electrically conductive layer contains a carbon nanotube which is a straight or bending-shaped bilayer carbon nanotube, a carbon nanotube dispersant that comprises carboxymethylcellulose sodium and a binder resin, the total of contents of, and in the electrically conductive layer is 90% by weight or more relative to the entire electrically conductive layer, weight rates of, and satisfy the following, and a weight ratio of and ( /) is 0.5 or more and 15.0 or less: 1.0 to 40.0% by weight 0.5 to 90.0% by weight 4.0 to 98.5% by weight provided that the total of contents of, and is let to be 100% by weight. 1.0 to 40.0% by weight 0.5 to 90.0% by weight 4.0 to 98.5% by weight
Food processing system for processing food ingredients comprising a recipient for receiving food ingredients and a lid presenting an upwards side and a downwards side configured to engage with the perimeter edge of said recipient, and a driving arrangement confined within a casing and adapted to drive a tool support arranged so that it can support a food processing tool inside of said recipient, whereby said lid presents a single lid opening preferentially presenting a generally circular form and disposed for example in a centered manner relative to said lid, whereby the upwards side of said lid presents a first surface extending on a generally outer region of said lid and further presents a second surface extending around at least part of said single lid opening and developing at a lower level in respect of said first surface, characterized in that said lid presents flow-guiding means arranged next to said single lid opening, comprising a wall part and at least one flow part characterized in that said flow-guiding means are adapted so that an amount of fluid poured upon said second surface can be contained inwards along most of the perimeter of said lid opening and can flow under the action of the gravity force through said lid opening into said recipient when said lid is arranged on said recipient, whereby said flow part is configured as a spout-like arrangement including a constrain of flow passage section and a downwards oriented flow surface in relation to said second surface.
A liquid nail lacquer composition comprising an aqueous poly (urea-urethane) polymer dispersion for providing a film on a nail of a subject in need thereof, characterized in that said liquid composition comprises a film forming polymer, whereby said film forming polymer is comprised in said liquid nail lacquer composition in an amount of at least 25 wt.%, relative to the total weight of the composition, as determined according to DIN EN ISO 3251, and further comprising an organic acid selected from the group consisting of: lactic acid, malic acid, tartaric acid, citric acid, formic acid, acetic acid, propionic acid, isopropionic acid, oxalic acid, glutaric acid, adipic acid and glycolic acid, in amount of at most 10 wt.%.
A system, comprising: a processing device configured to: determine a tripping operation to be undertaken; calculate a variable tripping speed for the tripping operation to vary a speed of the tripping operation; and generate an output to control operation of a portion of a continuous tripping system to implement the tripping operation at the variable tripping speed, wherein the tripping operation comprises movement of a first tubular segment and a second tubular segment towards a drill floor while being made up without halting or movement of the first tubular segment and the second tubular segment away from the drill floor while being broken out without halting, wherein the processing device is configured to calculate the variable tripping speed based on a depth of a well into which a tubular string comprising at least one of the first segment and the second segment is moving during the tripping operation to establish a speed of the tripping operation while maintaining a well pressure below a first threshold value and above a second threshold value less than the first threshold value at respective depths of the well, wherein the first threshold value corresponds to a fracture pressure and the second threshold value corresponds to a pore pressure. determine a tripping operation to be undertaken; calculate a variable tripping speed for the tripping operation to vary a speed of the tripping operation; and generate an output to control operation of a portion of a continuous tripping system to implement the tripping operation at the variable tripping speed, wherein the tripping operation comprises movement of a first tubular segment and a second tubular segment towards a drill floor while being made up without halting or movement of the first tubular segment and the second tubular segment away from the drill floor while being broken out without halting, wherein the processing device is configured to calculate the variable tripping speed based on a depth of a well into which a tubular string comprising at least one of the first segment and the second segment is moving during the tripping operation to establish a speed of the tripping operation while maintaining a well pressure below a first threshold value and above a second threshold value less than the first threshold value at respective depths of the well, wherein the first threshold value corresponds to a fracture pressure and the second threshold value corresponds to a pore pressure.
A battery control system suitable for controlling a lithium ion battery, comprising: a charging and discharging control circuit that controls charging and discharging of a lithium ion battery; a degradation rate storage unit that stores a previous degradation rate of the lithium ion battery; a degradation rate calculating unit that calculates a present degradation rate of the lithium ion battery; and a degradation rate comparing unit that compares the present degradation rate with the previous degradation rate and that sends a signal for changing a charging and discharging condition of the lithium ion battery to the charging and discharging control circuit when the present degradation rate is greater than the previous degradation rate by a predetermined value, wherein the degradation rate is a progression rate of the ratio between the changed characteristics and the initial characteristics of the battery. a charging and discharging control circuit that controls charging and discharging of a lithium ion battery; a degradation rate storage unit that stores a previous degradation rate of the lithium ion battery; a degradation rate calculating unit that calculates a present degradation rate of the lithium ion battery; and a degradation rate comparing unit that compares the present degradation rate with the previous degradation rate and that sends a signal for changing a charging and discharging condition of the lithium ion battery to the charging and discharging control circuit when the present degradation rate is greater than the previous degradation rate by a predetermined value, wherein the degradation rate is a progression rate of the ratio between the changed characteristics and the initial characteristics of the battery.
A pool cleaning robot (21, 22, 140, 150, 160) comprising a housing, a propulsion mechanism configured to propel the pool cleaning robot along an interior surface of a pool; brushes to clean surfaces of the pool during a cleaning cycle, a filtering system, a suction mechanism to draw liquid from the pool through an inlet into the housing and to discharge it from an outlet; and a detachable sensor that is detachably coupled to the housing and comprises inductive electrical and data transfer connections; wherein the pool cleaning robot has the detachable sensor being detachably coupled to the housing in a magnetic manner.
Rotating construction laser device with a grade mechanism, comprising • a lens barrel in which a laser optical system is disposed; • a frame structure that is fixed to, integrated into or directly provided by a part of the structure of the lens barrel; • a grade arm, which is tiltably supported on the frame structure in an XZ-plane, the XZ-plane having an X-axis and a Z-axis, the Z-axis being an optical axis of the laser optical system and the X-axis lying within a plane perpendicular to the Z-axis; • a tilt sensor which is provided at the grade arm and is configured to detect a level position of the grade arm; • a tilting mechanism, which is provided on the frame structure and is designed to tilt the grade arm relative to the XZ-plane; • a code element (12', 12') for providing a feedback position information and a position detection device for detecting the feedback position information; and • a levelling mechanism, which supports the lens barrel tiltably and is designed to tilt the lens barrel in order to have the level position detected by the tilt sensor and therewith to level the grade arm, characterised in that the code element (12', 12') or the position detection device is arranged directly on the grade arm, and the feedback position information directly depends on the position of a reference point on the grade arm, the reference point being defined by the code element (12', 12'') or the position detection device, respectively, thus allowing to • deduce a position of the grade arm directly from the feedback position information, and/or • calculate a tilting angle (β, β 1) of the grade arm with respect to the lens barrel directly from the feedback position information. • a lens barrel in which a laser optical system is disposed; • a frame structure that is fixed to, integrated into or directly provided by a part of the structure of the lens barrel; • a grade arm, which is tiltably supported on the frame structure in an XZ-plane, the XZ-plane having an X-axis and a Z-axis, the Z-axis being an optical axis of the laser optical system and the X-axis lying within a plane perpendicular to the Z-axis; • a tilt sensor which is provided at the grade arm and is configured to detect a level position of the grade arm; • a tilting mechanism, which is provided on the frame structure and is designed to tilt the grade arm relative to the XZ-plane; • a code element (12', 12') for providing a feedback position information and a position detection device for detecting the feedback position information; and • a levelling mechanism, which supports the lens barrel tiltably and is designed to tilt the lens barrel in order to have the level position detected by the tilt sensor and therewith to level the grade arm, • deduce a position of the grade arm directly from the feedback position information, and/or • calculate a tilting angle (β, β 1) of the grade arm with respect to the lens barrel directly from the feedback position information.
Electromagnetic relay, preferably a safety relay, with - a main body, - a coil system (20, 120) located on the main body, the coil system (20, 120) having a coil (24, 124) and a yoke (25, 125) which extends through the coil (24, 124) along a winding axis of the coil (24, 124), - an armature (30, 130), which is located next to the coil (24, 124) and mounted such that it can pivot about an armature bearing axis (AA, AA') and has pole shoes (33a, 33b, 33c, 33d, 133a, 133b) for magnetically coupling with the yoke (25, 125) of the coil system (20, 120), - a contact system having at least two contact springs (51, 53), wherein each spring movement plane of the contact springs (51, 53) extends across the winding axis of the coil (24, 124), preferably at a substantially right angle, - and at least two actuators (36, 37, 41, 42) arranged on the armature (30, 130), which are allocated to the contact springs (51, 53) in order to actuate contact springs (51, 53) and which extend radially outwards on the armature (30, 130) with respect to the armature bearing axis (AA, AA') in a longitudinal direction of the armature (30, 130), wherein the radially outermost ends of the two actuators (36, 37, 41, 42) are each farther away from the armature bearing axis (AA, AA') than the pole shoes (33a, 33b, 33c, 33d, 133a, 133b) of the armature (30,130). - a main body, - a coil system (20, 120) located on the main body, the coil system (20, 120) having a coil (24, 124) and a yoke (25, 125) which extends through the coil (24, 124) along a winding axis of the coil (24, 124), - an armature (30, 130), which is located next to the coil (24, 124) and mounted such that it can pivot about an armature bearing axis (AA, AA') and has pole shoes (33a, 33b, 33c, 33d, 133a, 133b) for magnetically coupling with the yoke (25, 125) of the coil system (20, 120), - a contact system having at least two contact springs (51, 53), wherein each spring movement plane of the contact springs (51, 53) extends across the winding axis of the coil (24, 124), preferably at a substantially right angle, - and at least two actuators (36, 37, 41, 42) arranged on the armature (30, 130), which are allocated to the contact springs (51, 53) in order to actuate contact springs (51, 53) and which extend radially outwards on the armature (30, 130) with respect to the armature bearing axis (AA, AA') in a longitudinal direction of the armature (30, 130), wherein the radially outermost ends of the two actuators (36, 37, 41, 42) are each farther away from the armature bearing axis (AA, AA') than the pole shoes (33a, 33b, 33c, 33d, 133a, 133b) of the armature (30,130).