mhurhangee/ep-ind-claims huggingface dataset:
Electric lighting apparatus having a fixed part and a moving part: - the fixed part intended to be fastened to a wall and comprising an electric apparatus mechanism and at least one light source for generating a flow of light, with this light source being substantially carried by a surface of the mechanism, with this surface defining a plane of reference; - the moving part comprising at least one base, an optical unit and means for directing the flow of light to the optical unit, said means for directing the flow of light to the optical unit comprising a main reflector; the apparatus comprising at least one means of connecting the moving part to the fixed part in such a way that the moving part is mobile in rotation with respect to the fixed part, at its base, the electric lighting apparatus being characterised in that: - the main reflector has at least one first and one second flat reflection walls, with the first and second reflection walls being arranged in such a way that, in an assembled position, the first wall is closer to the plane of reference than the second wall, with the first and second walls (13a, 13b) being inclined respectively according to a first angle (α 1) and a second angle (α 2) with respect to the plane of reference, with the second angle (α 2) being larger than the first angle (α 1); and in that - the optical unit has grooves for changing the orientation of the flow of light coming from the main reflector, with the grooves being, in the assembled position, each comprised in planes parallel to the plane of reference. - the fixed part intended to be fastened to a wall and comprising an electric apparatus mechanism and at least one light source for generating a flow of light, with this light source being substantially carried by a surface of the mechanism, with this surface defining a plane of reference; - the moving part comprising at least one base, an optical unit and means for directing the flow of light to the optical unit, said means for directing the flow of light to the optical unit comprising a main reflector; - the main reflector has at least one first and one second flat reflection walls, with the first and second reflection walls being arranged in such a way that, in an assembled position, the first wall is closer to the plane of reference than the second wall, with the first and second walls (13a, 13b) being inclined respectively according to a first angle (α 1) and a second angle (α 2) with respect to the plane of reference, with the second angle (α 2) being larger than the first angle (α 1); and in that - the optical unit has grooves for changing the orientation of the flow of light coming from the main reflector, with the grooves being, in the assembled position, each comprised in planes parallel to the plane of reference.
A laser ablation marking system (100, 100') for providing an image to a web of packaging material, comprising at least one marking device (110, 110') having at least one laser comprising a plurality of individually controlled light outputs arranged in the cross-wise direction of the web of packaging material, each light output having a power output of at least 60 W and being configured to emit light to provide laser ablation, a controller being connected to the marking device (110, 110') and configured to control the light outputs based on the speed of the web of packaging material such that the emitted light will always hit the web of packaging material at the same angle, wherein the plurality of light outputs are arranged in a linear array; wherein the linear array extends in a direction being perpendicular to the travel direction of the web of packaging material, and the controller is configured to activate the marking device (110, 110') in a pulsed manner, so that the cross-wise resolution is determined by the number of laser outputs, while the lengthwise resolution is determined by the number of consecutive laser pulses as, in use, the web of packaging material passes the marking device (110, 110'). at least one marking device (110, 110') having at least one laser comprising a plurality of individually controlled light outputs arranged in the cross-wise direction of the web of packaging material, each light output having a power output of at least 60 W and being configured to emit light to provide laser ablation, a controller being connected to the marking device (110, 110') and configured to control the light outputs based on the speed of the web of packaging material such that the emitted light will always hit the web of packaging material at the same angle, wherein the plurality of light outputs are arranged in a linear array; wherein the linear array extends in a direction being perpendicular to the travel direction of the web of packaging material, and the controller is configured to activate the marking device (110, 110') in a pulsed manner, so that the cross-wise resolution is determined by the number of laser outputs, while the lengthwise resolution is determined by the number of consecutive laser pulses as, in use, the web of packaging material passes the marking device (110, 110').
An illumination device (1a, 40a) comprising: a light source section (21, 45) configured to output excitation light; a fluorescent member (22, 47) configured to by excited by the excitation light to emit illumination light; a first light transmitting section (24, 46) disposed between the light source section and the fluorescent member and configured to guide the excitation light output from the light source section to the fluorescent member; a second light transmitting section (25, 49) configured to guide the illumination light emitted from the fluorescent member, and an insertion part having a bending portion capable of being freely bent on the distal side and suitable for insertion into a subject, characterized in that the fluorescent member (22, 47) is provided closer to the proximal side than the bending portion, within the insertion part. a light source section (21, 45) configured to output excitation light; a fluorescent member (22, 47) configured to by excited by the excitation light to emit illumination light; a first light transmitting section (24, 46) disposed between the light source section and the fluorescent member and configured to guide the excitation light output from the light source section to the fluorescent member; a second light transmitting section (25, 49) configured to guide the illumination light emitted from the fluorescent member, and an insertion part having a bending portion capable of being freely bent on the distal side and suitable for insertion into a subject, characterized in that the fluorescent member (22, 47) is provided closer to the proximal side than the bending portion, within the insertion part.
A robot scheduling method, comprising: receiving a scheduling instruction for robot collection; determining a working state and a current position of a robot in a working area in response to the scheduling instruction, wherein the working state comprises an idle state and a non-idle state; in response to the working state of the robot being the idle state and the current position being outside a preset target range, scheduling the robot from the current position into the target range, wherein the target range refers to an idle area, and the idle area is an area closer to work station; wherein the scheduling the robot from the current position into the target range includes: determining a target position of the robot within the target range; characterised in that the operation of determining a target position of the robot within the target range includes: determining a planned position of the robot within the target range; determining whether the planned position of the robot satisfies a preset scheduling condition, and determining the planned position of the robot as the target position of the robot in response to determining that the planned position of the robot satisfies the scheduling condition; wherein the preset scheduling condition is not affecting the operations of other robots when the robot stays at the planned position; when the robot is required to run, there is no need to adjust positions of other robots. receiving a scheduling instruction for robot collection; determining a working state and a current position of a robot in a working area in response to the scheduling instruction, wherein the working state comprises an idle state and a non-idle state; in response to the working state of the robot being the idle state and the current position being outside a preset target range, scheduling the robot from the current position into the target range, wherein the target range refers to an idle area, and the idle area is an area closer to work station; wherein the scheduling the robot from the current position into the target range includes: determining a target position of the robot within the target range; characterised in that the operation of determining a target position of the robot within the target range includes: determining a planned position of the robot within the target range; determining whether the planned position of the robot satisfies a preset scheduling condition, and determining the planned position of the robot as the target position of the robot in response to determining that the planned position of the robot satisfies the scheduling condition; wherein the preset scheduling condition is not affecting the operations of other robots when the robot stays at the planned position; when the robot is required to run, there is no need to adjust positions of other robots.
A demolition tool comprising a frame, the frame comprising: a housing having a machine end and a jaw end; a bearing assembly positioned adjacent the housing; a motor coupled to the bearing assembly, characterised in that the motor is integrated in the housing. a housing having a machine end and a jaw end; a bearing assembly positioned adjacent the housing; a motor coupled to the bearing assembly, characterised in that the motor is integrated in the housing.
An oral care composition comprising a dentifrice base; an antibacterial agent; and a dissolvable film comprising a pigment which provides a color change signal after a sufficient period of brushing, wherein the dentifrice base has a water activity less than 0.78 and comprises an anionic polymer in free or salt form in the amount of 10-25% by weight of the dentifrice base, and an anionic surfactant at an amount of less than 3% by weight.
A fracture fixation plate for application to the proximal humerus, wherein a) the fracture fixation plate has an elongate body section which has a free distal end and a proximal end to which there are adjoined, on each side, a right wing having the center line and a left wing having the center line; b) the body section and the two wings (5, 6) are provided with a number of screw holes for receiving bone-fastening elements, and the fracture fixation plate has a bone contact face and an opposite surface, and c) the two wings (5, 6) have different lengths, characterized in that d) the two wings (5, 6) are curved; and e) the extensions of the two curved center lines (11, 12) form an obtuse angle α the opening of which is directed towards the distal end. a) the fracture fixation plate has an elongate body section which has a free distal end and a proximal end to which there are adjoined, on each side, a right wing having the center line and a left wing having the center line; b) the body section and the two wings (5, 6) are provided with a number of screw holes for receiving bone-fastening elements, and the fracture fixation plate has a bone contact face and an opposite surface, and c) the two wings (5, 6) have different lengths, characterized in that d) the two wings (5, 6) are curved; and e) the extensions of the two curved center lines (11, 12) form an obtuse angle α the opening of which is directed towards the distal end.
A recording medium in which is recorded a video stream of standard-luminance range, and a video stream of high-luminance range that is a broader luminance range than the standard-luminance range, which are used selectively in accordance with a playback environment, a subtitle stream of the standard-luminance range, and a subtitle stream of the high-luminance range, which are used selectively in accordance with the playback environment, characterized in that in the recording medium is further recorded a playlist file storing playback control information of content, the playlist file including a management region where the playback control information relating to a main stream is stored, and an extended region, wherein the management region stores first playback control information specifying that a video stream of the high-luminance range and a subtitle stream of the high-luminance range are to be played in combination, and wherein the extended region stores second playback control information specifying that a video stream of the standard-luminance range and a subtitle stream of the standard-luminance range are to be played in combination, and wherein the recording medium further has recorded therein a management information file including a map region storing map information indicating a position of an independently decodable picture included in a video stream, and an extended map region, wherein the map region stores first map information indicating a position of an independently decodable picture included in a video stream of the high-luminance range, and wherein the extended map region stores second map information indicating a position of an independently decodable picture included in a video stream of the standard-luminance range. wherein the management region stores first playback control information specifying that a video stream of the high-luminance range and a subtitle stream of the high-luminance range are to be played in combination, and wherein the extended region stores second playback control information specifying that a video stream of the standard-luminance range and a subtitle stream of the standard-luminance range are to be played in combination, and wherein the recording medium further has recorded therein a management information file including a map region storing map information indicating a position of an independently decodable picture included in a video stream, and an extended map region, wherein the map region stores first map information indicating a position of an independently decodable picture included in a video stream of the high-luminance range, and wherein the extended map region stores second map information indicating a position of an independently decodable picture included in a video stream of the standard-luminance range.
A process for preparing a three zone, reinforced microporous membrane comprising the steps of: providing a continuous support material; at least pressure impregnating the support material with a first dope utilizing a first die means such that the continuous support material is encapsulated therein to form a first or middle membrane zone; passing the dope encapsulated continuous support material between opposed second and third die means; and simultaneously coating both sides of the dope impregnated and encapsulated continuous support material with at least one additional dope on each side of the impregnated and encapsulated support material to form second and third membrane zones each of which second and third zones has a thickness that differs from the thickness of the second and third zones by not more than 25% to produce a continuous, structurally integral three zone membrane having a discontinuous pore structure with an entanglement of the three separate zones of polymer simultaneously quenching the coated, impregnated and encapsulated, support material whereby the three zones are joined by the molecular entanglement that occurs in the liquid state of the dope after the dope of each other zone has been coated onto the dope of the central zone prior to quenching, and wherein the middle membrane zone has a pore size at least 20% greater than the pore size of at least one of the second and third zones. providing a continuous support material; at least pressure impregnating the support material with a first dope utilizing a first die means such that the continuous support material is encapsulated therein to form a first or middle membrane zone; passing the dope encapsulated continuous support material between opposed second and third die means; and simultaneously coating both sides of the dope impregnated and encapsulated continuous support material with at least one additional dope on each side of the impregnated and encapsulated support material to form second and third membrane zones each of which second and third zones has a thickness that differs from the thickness of the second and third zones by not more than 25% to produce a continuous, structurally integral three zone membrane having a discontinuous pore structure with an entanglement of the three separate zones of polymer simultaneously quenching the coated, impregnated and encapsulated, support material whereby the three zones are joined by the molecular entanglement that occurs in the liquid state of the dope after the dope of each other zone has been coated onto the dope of the central zone prior to quenching, and wherein the middle membrane zone has a pore size at least 20% greater than the pore size of at least one of the second and third zones.
A method of making a polyurethane foam comprising: combining a polymer acid and a tertiary amine to form a catalyst; and combining the catalyst, an isocyanate, and a polyol to form a polyurethane, wherein the polymer acid contains at least two repeating monomers, wherein the first monomer is selected from the group consisting of an unsaturated carboxylic acid and an anhydride, and the second monomer is different from the first monomer. combining a polymer acid and a tertiary amine to form a catalyst; and combining the catalyst, an isocyanate, and a polyol to form a polyurethane, wherein the polymer acid contains at least two repeating monomers, wherein the first monomer is selected from the group consisting of an unsaturated carboxylic acid and an anhydride, and the second monomer is different from the first monomer.
Method for controlling a blow moulding machine for the production of a container made of a thermoplastic material, wherein a blowing gas for blow moulding the container is introduced into a thermally conditioned preform, while the preform is held in a blow mould of the blow moulding machine, wherein the blowing gas is introduced into the preform in a preliminary blowing phase such that the temperature conditioned material of the preform approaches the wall of the blow mould, the blowing gas is introduced into the preform in a subsequent final blowing phase such that the temperature conditioned material of the preform is pressed into the contours of the wall of the blow mould, and wherein at least in the preliminary blowing phase, the volume flow of the blowing gas is determined by an adjustable throttle valve, characterised in that a throttle valve controlled by a control unit is used as a throttle valve, a control unit generates a control signal for adjusting the throttle valve, and the throttle valve is adjusted in response to the control signal.
A method of reducing the biocontaminant on a surface contaminated therewith comprising contacting the surface with viscoelastic liquid having a low lubricity and flowing said viscoelastic liquid along said surface thereby to remove contaminant from the surface; characterized in that the viscoelastic liquid has the following properties at 21°C: a rotational yield point between 140% strain and 300% strain; a peak viscosity between 550 Pa·s and 2000 Pa·s; an oscillatory flow point between 250 and 700 % strain; and a coefficient of friction μ which has a maximum value in the viscoelastic liquid's elastohydrodynamic region. a rotational yield point between 140% strain and 300% strain; a peak viscosity between 550 Pa·s and 2000 Pa·s; an oscillatory flow point between 250 and 700 % strain; and a coefficient of friction μ which has a maximum value in the viscoelastic liquid's elastohydrodynamic region.
Device for the continuous transport of piecewise printing media with an endlessly circulating transport belt provided with first openings, the load strand of which can be driven in a transport direction via a sliding table provided with second openings, wherein the sliding table, together with at least one peripheral wall, a front wall, and a rear wall, forms a suction chamber enclosing a space and is arranged on the load strand in such a way that the underside of the load strand slidable over the sliding table and printing media to be transported on its upper side can be subjected to a vacuum by the suction chamber via the corresponding openings (2a, 3a), wherein the greatest width between the front wall and rear wall transverse to the transport direction defines an effective width of the vacuum applicable to the load strand, wherein means for displacing the front and/or rear wall (4, 5) are provided for adjusting the effective width, such that the effective width is adjustable to printing media with a predetermined width transverse to the transport direction, characterized in that a cover (10, 11) is arranged on each of the opposite ends of at least one peripheral wall, so that the covers, together with the at least one peripheral wall, form a drawer, wherein the drawer and the device are configured such that the drawer is displaceable between an inserted working position, in which the drawer, together with the sliding table, forms the suction chamber, and a variably extended position, wherein the drawer is slidably arranged that it can be pulled out and pushed in either in one direction and thus unilaterally or in two opposite directions and thus bilaterally relative to the sliding table.
A method of determining a model of the righting arm of a ship, the method being performed by a ship stability determining arrangement and comprising the steps of: - obtaining a ship excitation signal, r, applied in the control of the ship, - obtaining ship motion data from ship sensors when the ship is under influence of the ship excitation signal, - using the ship motion data and the excitation signal in a dynamic model of the ship comprising a process disturbance, v, and a parameter set, θ, comprising at least one parameter defining a righting arm model, - determining one or more residuals, and - obtaining the righting arm model through minimizing a function of the residuals. - obtaining a ship excitation signal, r, applied in the control of the ship, - obtaining ship motion data from ship sensors when the ship is under influence of the ship excitation signal, - using the ship motion data and the excitation signal in a dynamic model of the ship comprising a process disturbance, v, and a parameter set, θ, comprising at least one parameter defining a righting arm model, - determining one or more residuals, and - obtaining the righting arm model through minimizing a function of the residuals.
A transgenic plant, or reproductive or propagation material for a transgenic plant or a cultured transgenic plant cell, which expresses or is capable of expressing at least one interfering ribonucleic acid that functions upon uptake by an insect pest species to down-regulate the expression of a target gene within said pest, wherein the interfering RNA comprises at least one silencing element wherein the silencing element is a region of double-stranded RNA comprising annealed complementary strands, one strand of which comprises or consists of a sequence of at least 30 contiguous nucleotides that is at least 85% complementary to any of SEQ ID NOs 13, 14, or the complement thereof.
Magnesium sheet, consisting of, based on the total weight of the magnesium sheet: 0.2 to 2.2 wt.% manganese, 0.05 to 1.0 wt.% calcium, 0 to 0.5 wt.% zirconium and magnesium and unavoidable impurities as the remainder. 0.2 to 2.2 wt.% manganese, 0.05 to 1.0 wt.% calcium, 0 to 0.5 wt.% zirconium and