mhurhangee/ep-ind-claims huggingface dataset:
A device having a surface comprising a layered coating wherein the outer coating layer comprises a plurality of cationic hyperbranched polymer molecules characterized by having (i) a core moiety of molecular weight 14-1,000 Da (ii) a total molecular weight of 1,500 to 1,000,000 Da (iii) a ratio of total molecular weight to core moiety molecular weight of at least 80:1 and (iv) functional end groups, whereby one or more of said functional end groups have an anti-coagulant entity covalently attached thereto, wherein the hyperbranched polymer is a dendrimer, wherein the layered coating comprises one or more coating bilayers of cationic polymer and anionic polymer, the innermost layer being a layer of cationic polymer, wherein one or more of the layers of the layered coating other than the outer coating layer comprises a cationic hyperbranched polymer molecule which is a dendrimer characterized by having (i) a core moiety of molecular weight 14-1,000 Da (ii) a total molecular weight of 1,500 to 1,000,000 Da (iii) a ratio of total molecular weight to core moiety molecular weight of at least 80:1 and (iv) functional end groups.
A method of manufacturing an absorbent article including a waistline region (14, 15), a crotch region, and an absorber disposed at least in the crotch region, the method comprising: a shaping step of forming a convexo-concave portion on a first sheet composed of a nonwoven fabric disposed in the crotch region while the first sheet is pulled in a conveyance direction, the convexo-concave portion is convexo-concave in a thickness direction of the first sheet; an absorber disposing step of disposing the absorber on the first sheet; and an adhesion step of bonding the first sheet to a waistline sheet (18, 19) disposed in the waistline region (14, 15) with a first adhesive (28, 29) after the shaping step, wherein the adhesion step includes applying at least part of the first adhesive (28, 29) to a region which overlaps with the convexo-concave portion and does not overlap with the absorber in at least one of the first sheet and the waistline sheet (18, 19). a shaping step of forming a convexo-concave portion on a first sheet composed of a nonwoven fabric disposed in the crotch region while the first sheet is pulled in a conveyance direction, the convexo-concave portion is convexo-concave in a thickness direction of the first sheet; an absorber disposing step of disposing the absorber on the first sheet; and an adhesion step of bonding the first sheet to a waistline sheet (18, 19) disposed in the waistline region (14, 15) with a first adhesive (28, 29) after the shaping step, wherein the adhesion step includes applying at least part of the first adhesive (28, 29) to a region which overlaps with the convexo-concave portion and does not overlap with the absorber in at least one of the first sheet and the waistline sheet (18, 19).
An electric device comprising: a casing; at least one circuit-breaker; at least one line isolator having a fixed isolator contact; a line isolator actuating shaft for actuating the at least one line isolator; at least one earthing isolator; a circuit-breaker actuating shaft for actuating at least one circuit-breaker; and a lever connected to a conductor rod co-operating with movable circuit-breaker contacts, said conductor rod further engaging with said fixed isolator contact in a closing position, wherein the electric device further comprises a resilient member co-operating with said conductor rod in order to transfer correct pressing loads to said movable contacts, wherein said circuit-breaker actuating shaft and said line isolator actuating shaft are coaxial, characterized in that said circuit-breaker actuating shaft and said line isolator actuating shaft can be rotated independently one from the other and in that said circuit-breaker actuating shaft is rotated by rotating a first shaft which is connected to said circuit-breaker actuating shaft.
A mounting member for an engine starter, said engine starter having a motor, an electromagnetic switch, an auxiliary switch, and a housing including an outer perimeter and configured to receive the motor and the electromagnetic switch, the mounting member comprising: a first mounting section defining a first aperture (140; 174) configured to receive a portion of the electromagnetic switch; and a second mounting section coupled to the first mounting section and defining a second aperture (142; 178) configured to receive a portion of the motor, wherein one of the first mounting section and the second mounting section include a flange configured to extend past the outer perimeter of the housing when the mounting member is aligned with the housing to receive the electromagnetic switch and the motor, wherein the flange includes a mounting feature configured to provide a mounting location to mount the auxiliary switch. a first mounting section defining a first aperture (140; 174) configured to receive a portion of the electromagnetic switch; and a second mounting section coupled to the first mounting section and defining a second aperture (142; 178) configured to receive a portion of the motor, wherein one of the first mounting section and the second mounting section include a flange configured to extend past the outer perimeter of the housing when the mounting member is aligned with the housing to receive the electromagnetic switch and the motor, wherein the flange includes a mounting feature configured to provide a mounting location to mount the auxiliary switch.
Device for heating and cooling, respectively, of more than one house, where at least two houses are connected to a common energy storage in the ground, where a control device is arranged to transport a heat carrier in a pipe work connected to the energy storage, where the houses are each arranged having a separate respective heat pump device, where each heat pump device is connected to the pipe work, so that the heat carrier can flow through the heat pump device, where said heat pump devices are connected in parallel in relation to each other to the pipe work by way of, firstly, the pipe work comprising two main conduits (4a, 4b) for heat carrier, said two main conduits (4a, 4b) being interconnected at their respective distant ends in relation to the energy storage, one of said main conduits being arranged to convey heat carrier from the energy storage and the other one to thereafter convey heat carrier back to the energy storage, and, secondly, each respective heat pump device being connected to, on the one hand, one of the main conduits from which heat carrier is conveyed to the respective heat pump device, and on the other hand to the other main conduit via which heat carrier is again conveyed back to the energy storage, wherein several of the heat pump devices arranged in the houses are liquid-liquid type heat pump devices arranged to be able to generate heat or coldness for local use in the house in the form of heating of indoors air and/or tap water or cooling of indoors air, characterised in that the energy storage comprises at least four energy wells, through which the control device is arranged to circulate the heat carrier in a closed system and to thereby heat or cool, respectively, the ground, in that the energy wells are arranged essentially along at least two concentrical circles (22;23;24), in that the control device comprises a control member, arranged to control a first valve system, which in turn is arranged to direct the heat carrier to energy wells arranged along a circle and to thereby heat or cool, respectively, the ground along the circle, and in that the control member is arranged to control the first valve system so that, when the temperature of the heat carrier is higher than the temperature of the surrounding ground, inner circles are heated before outer circles, and, when the temperature of the heat carrier is lower than the temperature of the ground, outer circles are cooled before inner circles.
Capsule, in particular for the preparation of a beverage product, comprising a capsule body which is covered with a lid and is preferably rotationally symmetrical, wherein a one-dimensional machine-readable code is applied, in particular printed, on the lid, the one-dimensional machine-readable code being a bar code whose bars extend along a straight line (g) running through the centre of gravity of the lid, the code being machine-readable in a reading direction (r) perpendicular to the straight line (g), characterized in that the code is machine-readable - along the entire section (a) running on the cover, or - along several interrupted sections (a1, a2) running on the cover of the straight line (g). - along the entire section (a) running on the cover, or - along several interrupted sections (a1, a2) running on the cover
Sensor for machine-based checking of moving valuable documents having at least one Raman or SERS or SERRS security feature, wherein the sensor is designed to illuminate the valuable document with excitation light from a laser source for checking purposes and disperse the resultant Raman light from the security features in a spectrometer and capture said resultant Raman light in spectrally resolved fashion using a detector with a plurality of spectral channels, wherein the light from the same region of the valuable document collected in the spectral channels is captured synchronously by the detector, characterized in that the spectral channels are simultaneously read in parallel and spatially resolved measurement signals corresponding to the spectral channels are formed by repeated measurements.
A geodetic instrument, comprising: a base; an alidade rotationally mounted on the base for rotation about a first axis; a center unit rotationally mounted on the alidade for rotation about a second axis; a processing unit; and at least one detector for detecting a value of at least one parameter affecting the measurements made by said instrument; characterized in that said processing unit is configured to: generate an alert if the detected value of said at least one parameter exceeds a predetermined threshold or if the detected value of said at least one parameter is below a predetermined threshold; receive from a user of the geodetic instrument, in response to the generated alert, a message including instructions for calibration; and if the received message includes instructions to calibrate said instrument, control said alidade and said center unit for aiming the instrument at a reference target and perform calibration of said instrument using said reference target. a base; an alidade rotationally mounted on the base for rotation about a first axis; a center unit rotationally mounted on the alidade for rotation about a second axis; a processing unit; and at least one detector for detecting a value of at least one parameter affecting the measurements made by said instrument; characterized in that said processing unit is configured to: generate an alert if the detected value of said at least one parameter exceeds a predetermined threshold or if the detected value of said at least one parameter is below a predetermined threshold; receive from a user of the geodetic instrument, in response to the generated alert, a message including instructions for calibration; and if the received message includes instructions to calibrate said instrument, control said alidade and said center unit for aiming the instrument at a reference target and perform calibration of said instrument using said reference target. generate an alert if the detected value of said at least one parameter exceeds a predetermined threshold or if the detected value of said at least one parameter is below a predetermined threshold; receive from a user of the geodetic instrument, in response to the generated alert, a message including instructions for calibration; and if the received message includes instructions to calibrate said instrument, control said alidade and said center unit for aiming the instrument at a reference target and perform calibration of said instrument using said reference target.
An epicyclic reduction gear, particularly for a turbomachine, comprising an internal sun gear and an external sun gear, which are coaxial, with the internal sun gear being movable in rotation about its axis, with the external sun gear being stationary, with at least one planet gear being mounted to be movable in rotation on a planet carrier and meshing with both the internal sun gear and with the external sun gear, with the planet carrier being able to pivot about the axis of the internal sun gear and the external sun gear, with the planet gear having a cylindrical inner surface mounted to be movable in rotation around a cylindrical surface of the planet carrier, with the reduction gear further comprising means for supplying oil to the interface between said cylindrical surfaces (7, 8), the oil supplying means comprising a chamber provided in the planet carrier, intended to form a buffer volume of oil, and having a so-called lower zone spaced from the axis of rotation of the planet carrier, a so-called upper zone close to the axis of rotation of the planet carrier, at least one main passage opening at said interface and at the upper zone, and at least one secondary passage (20a, 20b) opening at said interface and at the lower zone, characterized in that the said secondary passage (20a, 20b) comprises a device able to generate a pressure drop, obtained by stacking at least two elements, with each element comprising a fluid circulation passage able to generate a pressure drop and comprising an inlet and an outlet, with the outlet, respectively the inlet of the passage of one of the elements being connected to the inlet, respectively to the outlet of the passage of the other element.
Method of manufacturing a microtube provided with at least one cable, comprising the following steps: - a first step of extruding around said cable, while in relative motion, a first tubular layer of a thermoplastic material, said first tubular layer being of a thickness of between 0.3 and 0.7 mm, and the extruding of the first tubular layer being performed in such a way that it is of an inside diameter sufficiently large for said first tubular layer, and hence the finished microtube, to be able to contain the cable loosely, - a first cooling step, and - a second step of extruding a second tubular layer of a thermoplastic material, said second tubular layer being of a thickness of between 1 and 2.5 mm, characterised in that the first extruding step comprises, at the same time as the extruding of the first tubular layer of a thermoplastic material, the extruding of a lubricating layer, said lubricating layer being arranged in such a way as to be situated opposite said cable. - a first step of extruding around said cable, while in relative motion, a first tubular layer of a thermoplastic material, said first tubular layer being of a thickness of between 0.3 and 0.7 mm, and the extruding of the first tubular layer being performed in such a way that it is of an inside diameter sufficiently large for said first tubular layer, and hence the finished microtube, to be able to contain the cable loosely, - a first cooling step, and - a second step of extruding a second tubular layer of a thermoplastic material, said second tubular layer being of a thickness of between 1 and 2.5 mm,
An imaging device (101, 101A, 101B, 101C) comprising: a semiconductor layer having a front surface (11S1) and a back surface (11S2), the back surface (11S2) being on an opposite side of the front surface (11S1); a photoelectric converter that is embedded in the semiconductor layer and generates electric charges corresponding to a received light amount; and a transfer section that includes a first trench gate and a second trench gate and transfers the electric charges from the photoelectric converter to a single transfer destination via the first trench gate and the second trench gate, the first trench gate and the second trench gate each extending from the front surface (11S1) to the back surface (11S2) of the semiconductor layer into the photoelectric converter, wherein the first trench gate has a first length from the front surface (11S1) to the photoelectric converter, and the second trench gate has a second length from the front surface (11S1) to the photoelectric converter, the second length being shorter than the first length, characterized in that the transfer section includes a first transistor and a second transistor, the first transistor and the second transistor being configured to be driven independently of each other. a semiconductor layer having a front surface (11S1) and a back surface (11S2), the back surface (11S2) being on an opposite side of the front surface (11S1); a photoelectric converter that is embedded in the semiconductor layer and generates electric charges corresponding to a received light amount; and a transfer section that includes a first trench gate and a second trench gate and transfers the electric charges from the photoelectric converter to a single transfer destination via the first trench gate and the second trench gate, the first trench gate and the second trench gate each extending from the front surface (11S1) to the back surface (11S2) of the semiconductor layer into the photoelectric converter, wherein the first trench gate has a first length from the front surface (11S1) to the photoelectric converter, and the second trench gate has a second length from the front surface (11S1) to the photoelectric converter, the second length being shorter than the first length, characterized in that the transfer section includes a first transistor and a second transistor, the first transistor and the second transistor being configured to be driven independently of each other.
A composite anchor to be anchored in a recess of a mounting base by means of a curable composite mass, consisting of a shaft which has an anchoring portion located towards an insertion end and a mounting portion located towards an end opposite to said insertion end, the anchoring portion having at least one cone portion and one counter-cone portion which are oriented in a manner opposing each other and forming a constriction therebetween, and there being provided at least two cone portions and counter-cone portions (17, 18), respectively opposing each other by pairs, characterised in that - the cone portion and the counter-cone portion form with respect to the constriction an opening angle in a range of between 140° and 155°. - the cone portion and the counter-cone portion form with respect to the constriction an opening angle in a range of between 140° and 155°.
Apparatus for applying a negative pressure to a wound site in the application of topical negative pressure at a wound site, the apparatus comprising: a source of negative pressure coupled to a dressing; a processing element; and a memory comprising instructions configured to, when executed on the processing element, cause the apparatus to perform the steps of: (i) operate the source of negative pressure to establish a first desired negative pressure under the dressing; (ii) deactivate the source of the negative pressure when the first desired negative pressure has not been generated under the dressing after re-activating the source of negative pressure for a first number of times exceeding a first threshold. a source of negative pressure coupled to a dressing; a processing element; and a memory comprising instructions configured to, when executed on the processing element, cause the apparatus to perform the steps of: (i) operate the source of negative pressure to establish a first desired negative pressure under the dressing; (ii) deactivate the source of the negative pressure when the first desired negative pressure has not been generated under the dressing after re-activating the source of negative pressure for a first number of times exceeding a first threshold. (i) operate the source of negative pressure to establish a first desired negative pressure under the dressing; (ii) deactivate the source of the negative pressure when the first desired negative pressure has not been generated under the dressing after re-activating the source of negative pressure for a first number of times exceeding a first threshold.
An in-wall frame for sliding doors, of the type comprising a framework enclosed in a casing, said in-wall frame comprising: - two opposite end posts, respectively a first one and a second one, - a main crossmember, which extends between the upper ends of said two end posts (11, 12), - two mutually opposite intermediate posts (14a, 14b), in a position that is substantially central between said two end posts (11, 12), - one or more pairs of secondary crossmembers (15a, 15b), each comprised between one of said end posts and one of said intermediate posts (14a, 14b), each of the secondary cross-members (15a, 15b) having a main profile (37a, 37b) and a secondary profile (40a, 40b), wherein the secondary profile (40a, 40b) extends from the main profile (37a, 37b) so as to be telescopic with the main profile (37a, 37b), wherein said main crossmember and said secondary crossmembers (15a, 15b) have a length that can be modified, said in-wall frame being characterized in that the secondary profile (40a, 40b) is shaped as the corresponding main profile (37a, 37b), in that said end posts (11, 12) and said intermediate posts (14a, 14b) have a length that can be modified and in that the first end post comprises a main profile and a secondary profile for elongation of the first end post wherein the secondary profile has a same contour as the main profile and comprises two tubular bodies (21a, 21b) each having quadrangular cross-sections. - two opposite end posts, respectively a first one and a second one, - a main crossmember, which extends between the upper ends of said two end posts (11, 12), - two mutually opposite intermediate posts (14a, 14b), in a position that is substantially central between said two end posts (11, 12), - one or more pairs of secondary crossmembers (15a, 15b), each comprised between one of said end posts and one of said intermediate posts (14a, 14b), each of the secondary cross-members (15a, 15b) having a main profile (37a, 37b) and a secondary profile (40a, 40b), wherein the secondary profile (40a, 40b) extends from the main profile (37a, 37b) so as to be telescopic with the main profile (37a, 37b), wherein said main crossmember and said secondary crossmembers (15a, 15b) have a length that can be modified,