mhurhangee/ep-ind-claims huggingface dataset:
Motor scooter with a leg shield which covers a steering column, and with a storage compartment which is integrated into the leg shield and, in the closed state, is closed by way of a closure panel which terminates flush with an outer surface of the leg shield, the closure panel having an upper edge, a lower edge and two side edges, and in each case one lateral flexible element being attached to the side edges of the closure panel, which element is connected fixedly to the leg shield in a region which lies below the closure panel in the closed state, and the closure panel being spaced apart at least at its upper edge and its side edges in an open state, with the result that an expanded storage volume (V 2) of the storage compartment is formed between the closure panel, the leg shield and the flexible elements, it being possible for the closure panel to be folded open as far as a first angle, in order to make a normal volume (V 1) of the storage compartment accessible, and to be folded open as far as a second, greater angle, with the result that a part of the expanded storage volume (V 2) of the storage compartment is available between the closure panel, the leg shield and the lateral flexible elements, it being possible, in the open state, for the lower edge of the closure panel to be spaced apart completely from the leg shield and to be displaced parallel to the leg shield, until the two lateral flexible elements and a lower flexible element are tautened, with the result that the complete expanded storage volume (V 2) is available for use, a closure mechanism being provided, via which the closure panel is connected releasably to the leg shield, which closure mechanism comprises lower fastening elements in the region of the lower edge of the closure panel, characterized in that the lower fastening elements are formed by way of a slotted guide which can be uncoupled, the lower fastening elements being separated from the leg shield only when the closure panel is lifted up completely from the leg shield.
Mechanism for advancing, by periodic jumps, a pivoting cage, said cage carrying an escape wheel and an escape pinion in addition to a pallet lever cooperating with said escape wheel and with a sprung balance, said mechanism comprising: - a pivoting retaining means arranged to cooperate with said cage to authorise or to prevent the pivoting of said cage, depending on whether said retaining means is pivoting or stopped; - a pivoting stopping means arranged to cooperate with said retaining means to authorise or prevent the pivoting of said retaining means, according to the angular pivoting position of said pivoting stopping means; where: - said retaining means and said stopping means are carried by said cage; - said mechanism includes a constant force device which causes the periodic and direct cooperation between, on the one hand, said retaining means connected by a direct mechanical connection to an input comprised in said constant force device, and, on the other hand said stopping means connected by a direct mechanical connection to an output comprised in said constant force device, the trajectory of said retaining means interfering with that of said stopping means in order to pivot said cage when said stopping means allows the pivoting of said retaining means, and to stop said cage when said stopping means locks said retaining means, characterized in that said retaining means includes a flirt at said input of said constant force device, said flirt being arranged to perform complete revolutions, and in that said stopping means includes a star wheel at said output of said constant force device, the trajectory of said star wheel interfering with that of said flirt, in order to pivot said cage when said star wheel releases said flirt and otherwise to stop said cage. - a pivoting retaining means arranged to cooperate with said cage to authorise or to prevent the pivoting of said cage, depending on whether said retaining means is pivoting or stopped; - a pivoting stopping means arranged to cooperate with said retaining means to authorise or prevent the pivoting of said retaining means, according to the angular pivoting position of said pivoting stopping means; - said retaining means and said stopping means are carried by said cage; - said mechanism includes a constant force device which causes the periodic and direct cooperation between, on the one hand, said retaining means connected by a direct mechanical connection to an input comprised in said constant force device, and, on the other hand said stopping means connected by a direct mechanical connection to an output comprised in said constant force device, the trajectory of said retaining means interfering with that of said stopping means in order to pivot said cage when said stopping means allows the pivoting of said retaining means, and to stop said cage when said stopping means locks said retaining means,
Steering handlebar, especially for a bicycle, comprising a central portion for fixing the handlebar to the steering tube of the bicycle and two end portions forming the handles which are situated on either side of the said central portion, the said handlebar being manufactured from plastic material and comprising: - a lower part which is intended to be oriented towards the ground when the said handlebar is mounted on the bicycle; and - an upper part which is intended to be oriented towards the user of the said bicycle; characterised in that said handlebar comprises at least one insert (200, 200') for stiffening the handlebar, the said at least one stiffening insert (200, 200') being situated on the upper part of the handlebar. - a lower part which is intended to be oriented towards the ground when the said handlebar is mounted on the bicycle; and - an upper part which is intended to be oriented towards the user of the said bicycle;
A computer-implemented method of decorating a computer generated character with skin-attached features in computer graphics, the method comprising: defining a skin surface of the computer generated character, the skin surface being defined using a set of one or more connected parametric surfaces; placing feature locations for the features on the defined skin surface; placing guide locations for guides on the defined skin surface; partitioning the skin surface into a plurality of cells, each cell having a set of vertices, the set of vertices for each cell being a set of the guide locations; and determining interpolation weights for the feature locations using the guide locations and the plurality of cells, wherein the interpolation weights for a feature location are determined based on relative distances of the feature location to the guide locations that define the vertices of the cell within which the feature location is located; performing an instancing process to create a feature at each feature location using the interpolation weights. defining a skin surface of the computer generated character, the skin surface being defined using a set of one or more connected parametric surfaces; placing feature locations for the features on the defined skin surface; placing guide locations for guides on the defined skin surface; partitioning the skin surface into a plurality of cells, each cell having a set of vertices, the set of vertices for each cell being a set of the guide locations; and determining interpolation weights for the feature locations using the guide locations and the plurality of cells, wherein the interpolation weights for a feature location are determined based on relative distances of the feature location to the guide locations that define the vertices of the cell within which the feature location is located;
A sound-proofed helicocentrifugal fan comprising a helicocentrifugal propeller associated with a motor, inside an inner casing formed by a central piece and respective end pieces (2 and 3) which are coupled with it, wherein the motor is arranged inside the central piece and the helicocentrifugal propeller protrudes at one end of said central piece and is surrounded by an area of one of the end pieces (2 and 3), the central piece and the end pieces (2 and 3) are perforated with a distribution of holes over the entire surface except in the area of the end piece surrounding the propeller, a blanket made of a sound-absorbing material being incorporated on the aforementioned inner casing and an outer casing being incorporated around the entire assembly.
Bodywork side assembly for a motor vehicle, comprising a body shell side with a double aperture, intended to receive conjointly two side doors of the vehicle which close against one another with no centre pillar in an empty region of the double aperture, characterized in that the assembly comprises: - a part attached to the body shell side above the aperture, or a part attached to the body shell side below the aperture, secured to the body shell side so as to project from the body shell side, - a first door centring and/or securing element affixed to the attached part, - a second door centring and/or securing element affixed to the attached part, the attached part being affixed to the body shell side in such a way as to make it possible to close then lock and/or centre a first door on the first element, and in such a way as to make it possible to close then lock and/or centre a second door on the second element, the first centring and/or securing element being a centring element intended for a sliding door, and the second centring and/or securing element is an element that makes it possible to lock a swinging door. - a part attached to the body shell side above the aperture, or a part attached to the body shell side below the aperture, secured to the body shell side so as to project from the body shell side, - a first door centring and/or securing element affixed to the attached part, - a second door centring and/or securing element affixed to the attached part,
A lentivirus packaging cell comprising: (a) a first nucleotide sequence comprising a gag gene, a pol gene, or gag and pol genes; (b) a second nucleotide sequence comprising a heterologous envelope gene; and (c) a third nucleotide sequence that encodes a complement regulatory protein; wherein said lentivirus resists complement activation without requiring the creation of a chimeric protein fusing CRP to a transmembrane region and wherein said first, second and third nucleotide sequences are provided on separate vectors. (a) a first nucleotide sequence comprising a gag gene, a pol gene, or gag and pol genes; (b) a second nucleotide sequence comprising a heterologous envelope gene; and (c) a third nucleotide sequence that encodes a complement regulatory protein;
Drive train for a motor vehicle, having 1.1 a primary drive unit, 1.2 a power gearbox which is arranged downstream of the primary drive unit in the direction of the power flow, 1.3 a starting element which is arranged in the power flow between the primary drive unit and the power gearbox, and which comprises at least one clutch, 1.4 an electric machine which is arranged in the power flow between the starting element and the power gearbox, characterized in that 1.5 at least one retarder (4, 37, 39) is arranged in the power flow upstream and/or downstream of the power gearbox. 1.1 a primary drive unit, 1.2 a power gearbox which is arranged downstream of the primary drive unit in the direction of the power flow, 1.3 a starting element which is arranged in the power flow between the primary drive unit and the power gearbox, and which comprises at least one clutch, 1.4 an electric machine which is arranged in the power flow between the starting element and the power gearbox, characterized in that 1.5 at least one retarder (4, 37, 39) is arranged in the power flow upstream and/or downstream of the power gearbox.
Method for finishing a visible side of an interior part of pressed fibre material, comprising of: forming a relief in the visible side of the interior part by pressing, and arranging a coloured material at least in recessed parts of the relief, characterized in that the coloured material is a film of coloured material which is pressed directly onto the pressed fibre material at the visible side of the interior part. forming a relief in the visible side of the interior part by pressing, and arranging a coloured material at least in recessed parts of the relief, characterized in that the coloured material is a film of coloured material which is pressed directly onto the pressed fibre material at the visible side of the interior part.
A track shoe comprising: a one-piece track shoe body including a first set of pin lugs, a second set of pin lugs, and a roller pad positioned between the first set of pin lugs and the second set of pin lugs; the roller pad including a roller contact surface extending in a fore-to-aft direction between a first roller pad end and a second roller pad end; and the first roller pad end including a relatively softer material, and the second roller pad end including a relatively harder material that forms a trimming edge for trimming off interfering material of an adjacent track shoe in a machine track. a one-piece track shoe body including a first set of pin lugs, a second set of pin lugs, and a roller pad positioned between the first set of pin lugs and the second set of pin lugs; the roller pad including a roller contact surface extending in a fore-to-aft direction between a first roller pad end and a second roller pad end; and the first roller pad end including a relatively softer material, and the second roller pad end including a relatively harder material that forms a trimming edge for trimming off interfering material of an adjacent track shoe in a machine track.
A housing for electrical switchgear, the housing being configured for mounting to a wall and comprising: a housing body defining a rear mounting surface for positioning substantially flush against the wall; at least one retaining member configured for engaging a backplate mounted to a wall, whereby to mount the housing body on the wall, wherein the retaining member is provided in a recess defined in the housing body, such that a rearmost surface of the retaining member extends rearwardly substantially no further than a plane defined by the rear mounting surface, wherein the recess is for receiving the backplate at least partially therein, and wherein the housing body comprises at least one screw boss for receiving a mounting screw for mounting the housing body to the wall in the absence of a backplate, characterized in that the retaining member is provided on the screw boss. a housing body defining a rear mounting surface for positioning substantially flush against the wall; at least one retaining member configured for engaging a backplate mounted to a wall, whereby to mount the housing body on the wall, wherein the retaining member is provided in a recess defined in the housing body, such that a rearmost surface of the retaining member extends rearwardly substantially no further than a plane defined by the rear mounting surface, wherein the recess is for receiving the backplate at least partially therein, and wherein the housing body comprises at least one screw boss for receiving a mounting screw for mounting the housing body to the wall in the absence of a backplate, characterized in that the retaining member is provided on the screw boss.
A system for monitoring and/or controlling tissue modification during an electrosurgical procedure, the system comprising: an electrosurgical apparatus adapted to be connected to an electrosurgical generator, the electrosurgical apparatus including a pair of jaw members (301, 304) configured to grasp tissue therebetween and allow light transmission therethrough; an optical system including: at least one optical source configured to generate light at a first translucent port of a first one of the jaw members; at least one optical detector to collect light at a second translucent port in one of the jaw members of said pair, and configured to analyze a first portion of the light transmitted through the tissue and configured to analyze a second portion of the light reflected from the tissue; and a processor operatively coupled to the optical system and adapted to be connected to an electrosurgical generator, the processor configured to control the delivery of electrosurgical energy from an electrosurgical generator to tissue based on information provided by the optical system. an electrosurgical apparatus adapted to be connected to an electrosurgical generator, the electrosurgical apparatus including a pair of jaw members (301, 304) configured to grasp tissue therebetween and allow light transmission therethrough; an optical system including: at least one optical source configured to generate light at a first translucent port of a first one of the jaw members; at least one optical detector to collect light at a second translucent port in one of the jaw members of said pair, and configured to analyze a first portion of the light transmitted through the tissue and configured to analyze a second portion of the light reflected from the tissue; and a processor operatively coupled to the optical system and adapted to be connected to an electrosurgical generator, the processor configured to control the delivery of electrosurgical energy from an electrosurgical generator to tissue based on information provided by the optical system. at least one optical source configured to generate light at a first translucent port of a first one of the jaw members; at least one optical detector to collect light at a second translucent port in one of the jaw members of said pair, and configured to analyze a first portion of the light transmitted through the tissue and configured to analyze a second portion of the light reflected from the tissue; and a processor operatively coupled to the optical system and adapted to be connected to an electrosurgical generator, the processor configured to control the delivery of electrosurgical energy from an electrosurgical generator to tissue based on information provided by the optical system.
A cooler arrangement for at least one battery in a vehicle, which arrangement comprises a cooling circuit (12a-f) with a circulating cooling medium, circulation means adapted to circulating the cooling medium in the cooling circuit (12a-f), and a cooling region where the cooling medium is intended to cool the battery, wherein the cooler arrangement comprises a container with an enclosed internal space, wherein the battery and the cooling circuit (12a-f) with the circulating cooling medium are situated in the enclosed space, wherein the container comprises a heat release region where the cooling medium is intended to release heat to surrounding air characterised in that the cooling circuit (12a-f) comprises an extra heat release region which is provided with a cooling element adapted to cooling when necessary the cooling medium which is circulated in the cooling circuit (12a-f), wherein the cooler arrangement comprises a control unit adapted to deciding whether it is possible to cool the cooling medium to a desired temperature in the heat release region and, if such is not the case, to activating the cooling element so that it cools the cooling medium in the extra heat release region to the desired temperature before the cooling medium is led to the battery.
Feeding system for a hydraulic jack, comprising: - a body (101; 132) configured to contain a determined amount of fluid and having an outlet through which, in use, the fluid is fed to a main hydraulic cylinder of the hydraulic jack; - a first pumping subsystem (121; 122; 140; 142; 123) with alternating manual drive, installed on said body (101; 132) and configured to draw the fluid from said body and feed it onto said outlet; the feeding system being characterized in that it comprises: - a second pumping subsystem, distinct and independent of the first pumping subsystem, installed on said body (101; 132), configured to be rotated by a tool, and configured to draw the fluid from said body and feed it onto said outlet. - a body (101; 132) configured to contain a determined amount of fluid and having an outlet through which, in use, the fluid is fed to a main hydraulic cylinder of the hydraulic jack; - a first pumping subsystem (121; 122; 140; 142; 123) with alternating manual drive, installed on said body (101; 132) and configured to draw the fluid from said body and feed it onto said outlet; - a second pumping subsystem, distinct and independent of the first pumping subsystem, installed on said body (101; 132), configured to be rotated by a tool, and configured to draw the fluid from said body and feed it onto said outlet.
A connector, comprising: a housing; a cover supported rotatably and pivotally by the housing and covering an opening (21 a, 22a) of the housing, the cover being provided with a plate to be overlaid on an upper end of the housing and a base; the base includes an extension extending from an edge of the plate, characterized in that a pair of shaft attachment plates (37, 38) upstanding from the extension and provided with an axis hole through which a shaft is passed; and a rib upstanding from the extention and arranged between the pair of shaft attachment plates (37, 38) and made peaked, the rib extends in a direction perpendicular to a direction in which the pair of shaft attachment plates (37,38) are opposed to each other. a housing; a cover supported rotatably and pivotally by the housing and covering an opening (21 a, 22a) of the housing, the cover being provided with a plate to be overlaid on an upper end of the housing and a base; the base includes an extension extending from an edge of the plate, characterized in that a pair of shaft attachment plates (37, 38) upstanding from the extension and provided with an axis hole through which a shaft is passed; and a rib upstanding from the extention and arranged between the pair of shaft attachment plates (37, 38) and made peaked, the rib extends in a direction perpendicular to a direction in which the pair of shaft attachment plates (37,38) are opposed to each other.
Electromagnet device having a magnet armature and having an armature counterpart which is arranged at an end side of the magnet armature, wherein the magnet armature and the armature counterpart are displaceable relative to one another, and an air gap, via which a magnetic series connection of the electromagnet device is present, is provided between a magnet armature end side and an armature counterpart end side, wherein a disc which can be brought into contact at least regionally with the magnet armature end side and the armature counterpart end side and consists of a magnetizable material is arranged in the air gap, and wherein, in at least one position of the magnet armature and the armature counterpart in relation to one another, a magnetic shunt connection which extends at least regionally over the disc is present, characterized in that, in the at least one position of the magnet armature and the armature counterpart in relation to one another, preferably in every position, the series connection has lower reluctance than the shunt connection extending over the disc, wherein the armature counterpart end side is at least regionally concave, and wherein, for reducing the reluctance of the series connection, the magnet armature end side has at least one projection which faces the armature counterpart end side.