mhurhangee/ep-ind-claims huggingface dataset:
Bracket for fastening supply lines or the like to a wall, in particular the wall of the tube of a tunnel, wherein the bracket comprises a fastening part for fastening to the wall and a support arm held on the fastening part, wherein the support arm is mounted on the fastening part so as to be pivotable about a pivot axis by way of a pivot joint, wherein the bracket has a fixing device for fixing the support arm to the fastening part in different rotary positions, wherein the fixing device comprises a fastening bolt that projects through at least one opening in the support arm and at least one slot in the fastening part, characterized in that the fixing device comprises at least one disc (17, 47) having an opening through which the fastening bolt projects, wherein the disc (17, 47) has toothing elements (18, 48) which engage in mating toothing elements (16, 46) on the fastening part.
Device for treating vegetables (1, 101), wherein the device is provided with a drum (3, 103) rotatable about an axis of rotation in order to treat the vegetables in the drum by means of a rotating movement, and with at least one drive and/or suspension mechanism comprising at least one belt (11, 111b) which is at least partly fitted around the drum in order to drive the drum in a rotating manner and/or to suspend the drum, wherein the at least one drive and/or suspension mechanism is provided with at least one tensioning mechanism (15, 115) by means of which the belt tension of the at least one belt can be varied, characterised in that the at least one drive and/or suspension mechanism is provided with a belt tension meter (17, 117).
A trash compactor system, comprising: a receptacle, comprising a front wall and lateral walls upwardly extending from a base, wherein a retaining chamber is defined between the base, the front wall, and the lateral walls such that it is configured to receive and retain trash within the receptacle; a compaction plate moveably secured within the retaining chamber; a foot pedal operatively coupled to the compaction plate, wherein engagement of the foot pedal moves the compaction plate within the retaining chamber to compact the trash retained within the retaining chamber; and a flap covering an opening into the retaining chamber, wherein the foot pedal is also operatively coupled to the flap, wherein the engagement of the foot pedal moves the flap into an open position that exposes the opening, wherein the opening is formed through the front wall of the receptacle, wherein engagement of the foot pedal moves the compaction plate from a rear of the receptacle towards the front wall to compact the trash retained within the retaining chamber. a receptacle, comprising a front wall and lateral walls upwardly extending from a base, wherein a retaining chamber is defined between the base, the front wall, and the lateral walls such that it is configured to receive and retain trash within the receptacle; a compaction plate moveably secured within the retaining chamber; a foot pedal operatively coupled to the compaction plate, wherein engagement of the foot pedal moves the compaction plate within the retaining chamber to compact the trash retained within the retaining chamber; and a flap covering an opening into the retaining chamber, wherein the foot pedal is also operatively coupled to the flap, wherein the engagement of the foot pedal moves the flap into an open position that exposes the opening, wherein the opening is formed through the front wall of the receptacle, wherein engagement of the foot pedal moves the compaction plate from a rear of the receptacle towards the front wall to compact the trash retained within the retaining chamber.
HV dry instrument transformer having the form of a current transformer or a voltage transformer in which the current transformer is provided with a column comprising a column insulating body for electric insulation of leads of a secondary winding assembly, the voltage transformer is provided with a column comprising a column insulating body for electric insulation of a lead of its primary winding, wherein the column insulating body of the current transformer column and the column insulating body of the voltage transformer column are in contact with a head insulating member,, characterised in that the column insulating body (11, 29) has the form of a dry capacitor bushing wound as a block of spacer sheet (9, 30), respectively, the current transformer has a head insulating body for electrical insulation of the secondary winding assembly from the primary winding conductor of the currant transformer, the said head insulating body having the form of a dry capacitor bushing and being in contact with the insulating member, whereas the voltage transformer has said primary winding being in contact with the insulating member, wherein the column insulating body (11, 29) has an impregnation material having substantially the same coefficient of thermal expansion as the material of the insulating member (18, 32).
Articulating joint spacer for temporary replacement of a joint, whereby the joint spacer comprises two spacer parts (1, 2), which each comprise one sliding surface (16, 18) on which the spacer parts (1, 2), in the patient-inserted state, touch against each other in mobile manner and roll off on each other characterised in that the sliding surfaces (16, 18) are made of a low-abrasion first bone cement (6, 12) and the remaining spacer parts (1, 2) are made, at least in part, of a second bone cement (7, 13) being different to the first bone cement, the second bone cement containing at least one water-soluble antibiotic, whereby the first bone cement (6, 12) is arranged on the second bone cement (7, 13) in the region of the sliding surfaces (16, 18) with a thickness of at least 1 mm.
Method of coating a scale-laden hot strip, at least with the steps of: (i) providing a hot strip in the form of a hot-rolled pre-strip, (ii) preparing the surfaces of the hot strip and (iii) coating the hot strip at at least one prepared surface thereof, wherein the coating is carried out at a temperature of ≤ 100° C and directly after descaling of the hot strip, characterised in that after the step (iii) at least one further treatment step (iv) is carried out for the hot strip in which the hot strip is provided with an additional coating consisting of a plastics material film covering. (i) providing a hot strip in the form of a hot-rolled pre-strip, (ii) preparing the surfaces of the hot strip and (iii) coating the hot strip at at least one prepared surface thereof, wherein the coating is carried out at a temperature of ≤ 100° C and directly after descaling of the hot strip,
Wound dressing for monitoring a wound, wherein: - the wound dressing can be applied to a skin section of a human or an animal, wherein the skin section comprises the wound; - the wound dressing comprises a first arrangement of piezoelectric elements (10, 11, 12, 13), wherein at least some of the piezoelectric elements are configured to generate ultrasound for an ultrasound measurement of the skin section; - on the basis of the ultrasound measurement of the skin section, one or more properties of the wound can be determined; - the wound dressing comprises a contact layer which contacts the skin section when the wound dressing is applied onto the skin section, - the wound dressing comprises a layer, wherein the layer covers or accommodates at least some of the piezoelectric elements; and - the wound dressing comprises an intermediate layer, wherein the intermediate layer comprises an absorbent material and wherein blood, wound exudate, microorganisms and/or biofilm fragments from the wound can be absorbed by the intermediate layer. - the wound dressing can be applied to a skin section of a human or an animal, wherein the skin section comprises the wound; - the wound dressing comprises a first arrangement of piezoelectric elements (10, 11, 12, 13), wherein at least some of the piezoelectric elements are configured to generate ultrasound for an ultrasound measurement of the skin section; - on the basis of the ultrasound measurement of the skin section, one or more properties of the wound can be determined; - the wound dressing comprises a contact layer which contacts the skin section when the wound dressing is applied onto the skin section, - the wound dressing comprises a layer, wherein the layer covers or accommodates at least some of the piezoelectric elements; and - the wound dressing comprises an intermediate layer, wherein the intermediate layer comprises an absorbent material and wherein blood, wound exudate, microorganisms and/or biofilm fragments from the wound can be absorbed by the intermediate layer.
A downhole communication system for communication between a first and second location in a subsea oil and/or gas well installation, the oil and/or gas well installation comprising: out of hole metallic structure comprising a riser running upwards away from the mudline, and downhole metallic structure running down into the well, wherein the communication system is arranged so that at least part of a signal path for communications between the first and second locations is provided by the downhole metallic structure such that, in use, data to be communicated between the first and second locations is carried by electrical signals in the downhole metallic structure; characterised in that the communication system further comprises a first noise cancellation arrangement arranged for sensing a noise signal generated in the out of hole metallic structure and arranged for applying a corresponding noise cancelling signal to the out of hole metallic structure or the downhole metallic structure to inhibit introduction of electrical noise into the downhole metallic structure from the riser. out of hole metallic structure comprising a riser running upwards away from the mudline, and downhole metallic structure running down into the well, wherein the communication system is arranged so that at least part of a signal path for communications between the first and second locations is provided by the downhole metallic structure such that, in use, data to be communicated between the first and second locations is carried by electrical signals in the downhole metallic structure; characterised in that the communication system further comprises a first noise cancellation arrangement arranged for sensing a noise signal generated in the out of hole metallic structure and arranged for applying a corresponding noise cancelling signal to the out of hole metallic structure or the downhole metallic structure to inhibit introduction of electrical noise into the downhole metallic structure from the riser.
A method of implanting an implant species into a substrate at different depths, the method comprising: forming an implant mask over the substrate, the implant mask including a first implant zone (310_1) designed as an opening having a first lateral dimension, and a second implant zone (310_2) designed as a block array; and implanting the implant species through the implant mask under an implant angle tilted against a block plane which is perpendicular to the first lateral dimension, whereby the implant species is located by the implant process at a first implant area formed by the implant species at a first depth in the substrate beneath the first implant zone, the implant species is located by the implant process at a second implant area formed by the implant species at a second depth in the substrate beneath the second implant zone, wherein the first depth is greater than the second depth and the implant angle is chosen such that the implant species has in the second implant zone to pass through less implant mask material than in non-structured regions of the implant mask, wherein a bulk thickness of the block array and a thickness of the implant mask in non-structured regions is the same. forming an implant mask over the substrate, the implant mask including a first implant zone (310_1) designed as an opening having a first lateral dimension, and a second implant zone (310_2) designed as a block array; and a first implant zone (310_1) designed as an opening having a first lateral dimension, and a second implant zone (310_2) designed as a block array; implanting the implant species through the implant mask under an implant angle tilted against a block plane which is perpendicular to the first lateral dimension, whereby the implant species is located by the implant process at a first implant area formed by the implant species at a first depth in the substrate beneath the first implant zone, the implant species is located by the implant process at a second implant area formed by the implant species at a second depth in the substrate beneath the second implant zone, wherein the first depth is greater than the second depth and the implant angle is chosen such that the implant species has in the second implant zone to pass through less implant mask material than in non-structured regions of the implant mask, wherein a bulk thickness of the block array and a thickness of the implant mask in non-structured regions is the same. the implant species is located by the implant process at a first implant area formed by the implant species at a first depth in the substrate beneath the first implant zone, the implant species is located by the implant process at a second implant area formed by the implant species at a second depth in the substrate beneath the second implant zone, wherein the first depth is greater than the second depth and the implant angle is chosen such that the implant species has in the second implant zone to pass through less implant mask material than in non-structured regions of the implant mask, wherein a bulk thickness of the block array and a thickness of the implant mask in non-structured regions is the same.
A process for preparing a high stability microcapsule product which comprises curing at a temperature above 90°C a crosslinked network of polymers containing an active material which is a fragrance to provide a microcapsule product which is capable of retaining the fragrance in consumer products, the consumer products comprising surfactants, alcohols, volatile silicones and mixtures thereof, the process comprising the steps of: - reacting polymers to form said crosslinked network of polymers; - admixing said active material and an optional functional additive to the reactant mixture; - encapsulating the active material with the crosslinked network of polymers to form a polymer encapsulated material; - curing the polymer encapsulated material at a temperature greater than 90°C to provide a high stability microcapsule product, wherein the heating profile to the target cure temperature of the crosslinked network of polymers containing the active material is linear with a heating rate of at least 2.0°C a minute, over a period of time less than sixty minutes, and wherein said crosslinked network of polymers containing said active material is cured for a period of time longer than 1 hour. - reacting polymers to form said crosslinked network of polymers; - admixing said active material and an optional functional additive to the reactant mixture; - encapsulating the active material with the crosslinked network of polymers to form a polymer encapsulated material; - curing the polymer encapsulated material at a temperature greater than 90°C to provide a high stability microcapsule product,
A fastener driving tool, comprising: a combustion chamber having a first inlet port for inputting a first fluid having at least one variable fluid characteristic, and a second inlet port for inputting a second fluid; a piston configured to drive a fastener into a work surface; an ignition device adapted to generate an electric arc within the combustion chamber in order to ignite within the combustion chamber a mixture of said first fluid and said second fluid; characterised in that the fastener driving tool further comprises means to measure an ionization current within the combustion chamber. a combustion chamber having a first inlet port for inputting a first fluid having at least one variable fluid characteristic, and a second inlet port for inputting a second fluid; a piston configured to drive a fastener into a work surface; an ignition device adapted to generate an electric arc within the combustion chamber in order to ignite within the combustion chamber a mixture of said first fluid and said second fluid; characterised in that the fastener driving tool further comprises means to measure an ionization current within the combustion chamber.
An inkjet ink comprising: an α,β-unsaturated ether monomer in which the only radiation-curable functional groups present in the monomer are α,β-unsaturated ether groups; a radiation-curable oligomer and/or a passive resin and a colouring agent; wherein the ink contains less than 5% by weight of water and volatile organic solvents in total, and less than 10% by weight of mono- and di-functional monomers in total, other than the α,β-unsaturated ether monomer, where the amounts by weight are based on the total weight of the ink, wherein the ink has a viscosity of less than 100 mPas at 25°C, wherein the oligomer comprises a polyester backbone, and wherein the ink cures by free-radical polymerisation. an α,β-unsaturated ether monomer in which the only radiation-curable functional groups present in the monomer are α,β-unsaturated ether groups; a radiation-curable oligomer and/or a passive resin and a colouring agent; wherein the ink contains less than 5% by weight of water and volatile organic solvents in total, and less than 10% by weight of mono- and di-functional monomers in total, other than the α,β-unsaturated ether monomer, where the amounts by weight are based on the total weight of the ink, wherein the ink has a viscosity of less than 100 mPas at 25°C, wherein the oligomer comprises a polyester backbone, and wherein the ink cures by free-radical polymerisation.
Constant force escapement mechanism for a timepiece movement, arranged to be inserted between, on a first upstream side, a gear train driven by an energy storage device, and on a second downstream side, an oscillator, said escapement mechanism comprising, from upstream to downstream: - an input wheel; - a detent lever; - an escape wheel; - a stop member; wherein said stop member is arranged to cooperate downstream with a said oscillator and upstream with a first toothing comprised in said escape wheel, wherein said escape wheel is a flexible one-piece component comprising, on the one hand, a felloe carrying said first toothing and, on the other hand, a pinion permanently meshing with said input wheel which is arranged to mesh with the input of a said gear train, and said felloe and said pinion are connected to each other by flexible arms arranged to store energy from said gear train and to restore said energy according to the position of said detent lever, characterized in that said detent lever includes a first arm arranged to cooperate with said first toothing of said escape wheel, and a second arm arranged to cooperate with a second toothing comprised in said input wheel to stop or release said input wheel, in that said detent lever is arranged to tilt, about a pivot bearing comprised therein, at each passage of at least one tooth of said first toothing of said escape wheel, and in that said pivot bearing is sized to allow the passage of a determined number of teeth of said second toothing of said input wheel. - an input wheel; - a detent lever; - an escape wheel; - a stop member;
Device for assisting in the practice of a physical activity session by a subject, said device comprising a sensor for the measurement of a heart rate of said subject, and electronic means for determining the intensity of the physical exertion, in real time, to be provided by said subject during said session, implementing a control law having, as an output, a parameter corresponding to said physical exertion to be provided, and, as input signals, data collected during the exertion, said device being characterized in that the data collected essentially consist of: - the measurement of said heart rate of said subject, - the measurement of a respiratory rate of said subject, - one or a plurality of indices (EVA x) of strenuousness of the exertion perceived by said subject, to be specified by said subject during the exertion, in that the control law is dependent on programmed thresholds, not to be exceeded, essentially consisting of: - the maximum heart rate FC M, - the maximum respiratory rate FR M, - the maximum value(s) EVA xM associated with said index/indices of strenuousness of the exertion, in that said device comprises: - a sensor for the measurement of said respiratory rate of said subject, - means for inputting the values of the index/indices of strenuousness of the exertion perceived by said subject, specified by said subject during the exertion. - the measurement of said heart rate of said subject, - the measurement of a respiratory rate of said subject, - one or a plurality of indices (EVA x) of strenuousness of the exertion perceived by said subject, to be specified by said subject during the exertion, in that the control law is dependent on programmed thresholds, not to be exceeded, essentially consisting of: - the maximum heart rate FC M, - the maximum respiratory rate FR M, - the maximum value(s) EVA xM associated with said index/indices of strenuousness of the exertion, - a sensor for the measurement of said respiratory rate of said subject, - means for inputting the values of the index/indices of strenuousness of the exertion perceived by said subject, specified by said subject during the exertion.
Method of producing a frame for a bar feeder whose guide elements for the bars are formed by bearings, comprising a first moulding step carried out with the aid of a first moulding material in a mould jointly with an overmoulding step of a counter-mould, the shape of the said mould and/or the shape impressions of the said counter-mould being conceived to achieve in a monobloc way at least one first structural and/or functional element of the said bar feeder, the said first structural and/or functional element of the said bar feeder consisting of a monobloc assembly central core comprising a semi-cylindrical trough forming an integrated guide channel adapted to receive the said bearings, characterized in that second structural and/or functional elements of the said bar feeder, formed by added mechanical pieces, are fixed in removable way to the said counter-mould before the said overmoulding step, then are detached from the said counter-mould when the latter is withdrawn from the frame after the said overmoulding step.
Camshaft with a basic shaft, on which at least one sliding element is received in such a way as to be axially displaceable along a shaft axis, wherein the basic shaft comprises at least one external tooth for the transmission of torque between the basic shaft and the sliding element, which external tooth engages in a mating tooth geometry formed in a passage of the sliding element, wherein the sliding element, on its axial end faces, comprises a respective bearing collar which, with the basic shaft, forms a radial supporting bearing of the sliding element on the basic shaft, characterized in that the basic shaft comprises cylindrical bearing portions for forming the supporting bearing, wherein the bearing portions are configured with a diameter that is smaller than a tip diameter, which protrudes into the passage, of the mating tooth geometry in the sliding element.