mhurhangee/patent-ind-claim-en huggingface dataset:
Method for feeding reactive power into an AC voltage system by means of a modular multilevel converter , which comprises at least one series circuit having at least two series-connected submodules and an inductance , wherein each submodule has a respective separate intermediate circuit (ZK), wherein the reactive power generation is controlled depending on the intermediate circuit voltage (Uzk) of at least one of the intermediate circuits (ZK), characterized in that - the reactive power generation is reduced when the amplitude of a harmonic - based on the system frequency of the AC voltage system - of the intermediate circuit voltage (Uzk) reaches or exceeds a threshold value (ZSW, KSW), or - an average voltage value (MW) is ascertained, which indicates the average value of the intermediate circuit voltages (Uzk) of the intermediate circuits (ZK) of all of the submodules at the respective time, and the reactive power generation is reduced when the amplitude (ISW) of a harmonic of the average voltage value (MW) - based on the system frequency of the AC voltage system - reaches or exceeds a threshold value (ZSW, KSW). - the reactive power generation is reduced when the amplitude of a harmonic - based on the system frequency of the AC voltage system - of the intermediate circuit voltage (Uzk) reaches or exceeds a threshold value (ZSW, KSW), or - an average voltage value (MW) is ascertained, which indicates the average value of the intermediate circuit voltages (Uzk) of the intermediate circuits (ZK) of all of the submodules at the respective time, and the reactive power generation is reduced when the amplitude (ISW) of a harmonic of the average voltage value (MW) - based on the system frequency of the AC voltage system - reaches or exceeds a threshold value (ZSW, KSW).
A golf swing training device comprising: a hoop positioned above and inclined relative to a ground ; a support frame connected to and adapted to support the hoop ; and a carriage having a body portion, a club holder being pivotally connected to the body portion, and a roller dolly being connected to the body portion, the roller dolly being secured to the hoop and adapted to rotate around a circumference of the hoop; wherein a longitudinal club shaft axis of the club holder is angularly offset relative to a hoop plane which is perpendicular to an axis of symmetry of the hoop; wherein the club holder is positioned at a side of the hoop where a user of the golf swing training device stands with respect to the hoop ; characterised in that the roller dolly and/or carriage body portion are adjustable to selectively alter a radius of an arc followed by a user's hands. a hoop positioned above and inclined relative to a ground ; a support frame connected to and adapted to support the hoop ; and a carriage having a body portion, a club holder being pivotally connected to the body portion, and a roller dolly being connected to the body portion, the roller dolly being secured to the hoop and adapted to rotate around a circumference of the hoop; wherein a longitudinal club shaft axis of the club holder is angularly offset relative to a hoop plane which is perpendicular to an axis of symmetry of the hoop; wherein the club holder is positioned at a side of the hoop where a user of the golf swing training device stands with respect to the hoop ; characterised in that the roller dolly and/or carriage body portion are adjustable to selectively alter a radius of an arc followed by a user's hands.
A seal segment for a gas turbine engine, the seal segment comprising: a gas facing wall having a gas facing surface and a first internal surface ; an outboard wall having an outboard facing surface and a second internal surface which is radially separated from the first internal surface with a gap therebetween; a first conduit located between the first and second internal surfaces; and, a second conduit located between the first and second internal surfaces, wherein the first and second conduits are radially separated by a party wall ; wherein the first and second conduits are fluidically isolated from one another and the party wall in part allows thermal interaction so as to provide a heat exchanger arrangement; characterized in that the second conduit is surrounded by the first conduit on multiple sides. a gas facing wall having a gas facing surface and a first internal surface ; an outboard wall having an outboard facing surface and a second internal surface which is radially separated from the first internal surface with a gap therebetween; a first conduit located between the first and second internal surfaces; and, a second conduit located between the first and second internal surfaces, wherein the first and second conduits are radially separated by a party wall ; wherein the first and second conduits are fluidically isolated from one another and the party wall in part allows thermal interaction so as to provide a heat exchanger arrangement; characterized in that the second conduit is surrounded by the first conduit on multiple sides.
A sensing arrangement , comprising: - a sensing area , configured for accommodating a sensing substance selected for experimenting an optical response as a response of an external stimulus; - a light emitter , configured for emitting a first light towards the sensing area ; and - a light receiver , configured for receiving a second light from the sensing area ; - a substrate having a first substrate surface and a second substrate surface , opposite the first substrate surface ; wherein, - the light emitter comprises a first LED , formed on the first substrate surface ; - the light receiver comprises a second LED , formed on the first substrate surface ; and - the sensing arrangement further comprises a trench , formed between the first LED and the second LED , wherein said first LED and said second LED , are formed on said substrate from one single semiconductor stack. - a sensing area , configured for accommodating a sensing substance selected for experimenting an optical response as a response of an external stimulus; - a light emitter , configured for emitting a first light towards the sensing area ; and - a light receiver , configured for receiving a second light from the sensing area ; - a substrate having a first substrate surface and a second substrate surface , opposite the first substrate surface ; wherein, - the light emitter comprises a first LED , formed on the first substrate surface ; - the light receiver comprises a second LED , formed on the first substrate surface ; and - the sensing arrangement further comprises a trench , formed between the first LED and the second LED ,
A dental implant assembly comprising: an implant having a bore and a groove within a coronal end ; a mating component configured to couple to the implant at the coronal end of the implant , the mating component having a seating surface including a groove , wherein the seating surface is configured to engage the coronal end 102a of the implant when the mating component is coupled to the implant ; a screw configured to secure the mating component to the implant ; and a gasket , formed of metal, the gasket configured to sit wholly within the groove in the coronal end of the implant and the groove in the seating surface of the mating component when the mating component is coupled to the implant, the gasket configured to deform, under a clamping force generated by coupling the mating component to the implant using the screw , and seal an interface between the coronal end of the implant and the seating surface of the mating component . an implant having a bore and a groove within a coronal end ; a mating component configured to couple to the implant at the coronal end of the implant , the mating component having a seating surface including a groove , wherein the seating surface is configured to engage the coronal end 102a of the implant when the mating component is coupled to the implant ; a screw configured to secure the mating component to the implant ; and a gasket , formed of metal, the gasket configured to sit wholly within the groove in the coronal end of the implant and the groove in the seating surface of the mating component when the mating component is coupled to the implant, the gasket configured to deform, under a clamping force generated by coupling the mating component to the implant using the screw , and seal an interface between the coronal end of the implant and the seating surface of the mating component .
Stone splitter , having two height-adjustable vertical support members , a support plate disposed between the two vertical support members and a cutter blade held above the support plate and on the two vertical support members , wherein the cutter blade can be set at a basic height above the support plate by means of the vertical support members and the height of the cutter blade can be adjusted relative to this basic height by means of an eccentric , and having an operating element that acts on the eccentric to adjust the height of the cutter blade , wherein guiding means are disposed in each of the two vertical support members to adjust the height of each vertical support member , characterised in that the means of guiding the two vertical support members are coupled together such that the guiding means can be operated in the same way by means of a common handle and that the eccentric enables a lifting height of less than 7 mm.
Fire protection device that bounds a space on one or more sides with at least one wall that bounds the space or a hollow body that bounds the space, referred to collectively hereinafter as fire protection component, having at least one fire resistance of the EI; EW 15 class, characterized in that the fire protection component consists of a composite material including cellulose fibres as volume-forming constituent, also referred to hereinafter as substrate, and in that the volume of the cellulose fibres is permeated by a no longer living filamentous organism of a fungal mycelium.
A medication injection pen, comprising: a housing, wherein an insert having a boss is fixed to said housing; a dose set knob rotatably connected to said housing for setting a dose; an indicator member, wherein rotation of the dose set knob causes the indicator member to rotate, characterised in that the indicator member includes a track that receives said boss to guide said indicator member between a visible position and a non-visible position; and in that the medication injection pen further comprises a spring member that biases said indicator member to a zero position; wherein said indicator member is movable between the visible position indicating the zero position of said dose set knob and the non-visible position indicating a non-zero position of said dose set knob, said dose set knob being in said zero position when a set dose has been completely administered, and said dose set knob being in said non-zero position when at least a portion of said set dose remains in said medication injection pen, wherein in said non-visible position, said indicator member is not exposed to an exterior of said medication injection pen, and in said visible position, said indicator member is exposed to said exterior of said medication injection pen. a housing, wherein an insert having a boss is fixed to said housing; a dose set knob rotatably connected to said housing for setting a dose; an indicator member, wherein rotation of the dose set knob causes the indicator member to rotate, characterised in that the indicator member includes a track that receives said boss to guide said indicator member between a visible position and a non-visible position; and in that the medication injection pen further comprises a spring member that biases said indicator member to a zero position; wherein said indicator member is movable between the visible position indicating the zero position of said dose set knob and the non-visible position indicating a non-zero position of said dose set knob, said dose set knob being in said zero position when a set dose has been completely administered, and said dose set knob being in said non-zero position when at least a portion of said set dose remains in said medication injection pen, wherein in said non-visible position, said indicator member is not exposed to an exterior of said medication injection pen, and in said visible position, said indicator member is exposed to said exterior of said medication injection pen.
Radar device which is capable of being fitted to a coastal surveillance system, characterised in that it comprises at least: - one antenna which operates in the polarisation of maritime navigation radars, that is to say, horizontal rectilinear polarisation, and which comprises at least three reception channels in the horizontal plane, - for each channel, a receiver whose bandwidth is tunable in the frequency range of the maritime navigation radars; - a processing unit which simultaneously carries out a plurality of detections which are each adapted to a type of signal received, the processing unit carrying out a comparison of parameters of the radar signals detected with standardised parameters providing the definition of maritime navigation radars in order to derive therefrom the nature of the vessels which are provided with radars transmitting the signals. - one antenna which operates in the polarisation of maritime navigation radars, that is to say, horizontal rectilinear polarisation, and which comprises at least three reception channels in the horizontal plane, - for each channel, a receiver whose bandwidth is tunable in the frequency range of the maritime navigation radars; - a processing unit which simultaneously carries out a plurality of detections which are each adapted to a type of signal received,
A method for dealkalizing the inner face of the wall of a glass container , such as a vial, which wall delimits an accommodation cavity for a product and an opening providing access to said accommodation cavity , said method comprising - a step of supplying a glass container , the inner face of the wall of which is at a temperature of at least 350°C, and - a step of introducing into said accommodation cavity , with said inner face being at a temperature of at least 350°C, a treatment liquid containing a treatment substance designed to react under the effect of the heat from the inner face of the wall of the container to bring about dealkalization of the glass, said introduction step comprising at least one operation of injecting, using an injection head located at a distance from the opening of the container and outside the latter, a predetermined dose of said treatment liquid as a spray cone (C) that is narrow enough relative to the opening of the container for substantially all of said predetermined dose to end up inside the cavity of the container . - a step of supplying a glass container , the inner face of the wall of which is at a temperature of at least 350°C, and - a step of introducing into said accommodation cavity , with said inner face being at a temperature of at least 350°C, a treatment liquid containing a treatment substance designed to react under the effect of the heat from the inner face of the wall of the container to bring about dealkalization of the glass,
A vehicle loading bay having a wall and a dock bumper attached to said wall, wherein the dock bumper comprises: a housing connected to the wall; a plurality of impact elements held by the housing and arranged in an array; wherein the housing is adapted to allow each impact element to roll within the housing, wherein the impact elements are rollers, each roller having a rotational axis and the rotational axis of each of the plurality of rollers being spaced in a direction perpendicular to the rotational axis; wherein the impact elements are held within the housing by a plurality of fixing members and the impact elements are removable from the housing and comprises each : an outer sheath arranged about an impact absorbing member to move towards the wall by compression of the impact absorbing member ; and wherein the outer sheath has a higher resistance to deformation than the impact absorbing member; characterised in that the housing is comprised of an outer housing and an inner housing , wherein the housing is arranged in a coupled position such that the outer and inner housings are coupled by the plurality of fixing members ; wherein the housing comprises a plurality of pockets when arranged in the coupled position, wherein each pocket is formed from an opening arranged in the outer housing and a recess arranged in the inner housing; wherein in the coupled position, each impact element is partially raised through an opening and each recess accommodates an impact element so that each impact element can deform on impact, wherein each pocket is capable of at least partially containing each impact element . a housing connected to the wall; a plurality of impact elements held by the housing and arranged in an array; an outer sheath arranged about an impact absorbing member to move towards the wall by compression of the impact absorbing member ; and wherein the outer sheath has a higher resistance to deformation than the impact absorbing member; characterised in that the housing is comprised of an outer housing and an inner housing , wherein the housing is arranged in a coupled position such that the outer and inner housings are coupled by the plurality of fixing members ; wherein the housing comprises a plurality of pockets when arranged in the coupled position, wherein each pocket is formed from an opening arranged in the outer housing and a recess arranged in the inner housing; wherein in the coupled position, each impact element is partially raised through an opening and each recess accommodates an impact element so that each impact element can deform on impact, wherein each pocket is capable of at least partially containing each impact element .
An endovascularly implantable shunt device for draining cerebrospinal fluid from a patient's subarachnoid space, the device comprising: a shunt having opposed first and second ends , the second end being constructed to penetrate a wall of a dural venous sinus of the patient; a one-way valve located between the first and second ends of the shunt; a hollow passageway extending between the second end and the one-way valve such that cerebrospinal fluid can be drained through the second end and out through the valve into the sinus; a stabilizing mechanism coupled to the shunt and configured to anchor the shunt at a desired location proximal to the subarachnoid space; characterized in that a shielding mechanism is coupled to the shunt and is sized and configured to shield a portion of the shunt implanted in the subarachnoid space from surrounding brain parenchyma tissue. a shunt having opposed first and second ends , the second end being constructed to penetrate a wall of a dural venous sinus of the patient; a one-way valve located between the first and second ends of the shunt; a hollow passageway extending between the second end and the one-way valve such that cerebrospinal fluid can be drained through the second end and out through the valve into the sinus; a stabilizing mechanism coupled to the shunt and configured to anchor the shunt at a desired location proximal to the subarachnoid space; characterized in that a shielding mechanism is coupled to the shunt and is sized and configured to shield a portion of the shunt implanted in the subarachnoid space from surrounding brain parenchyma tissue.
Method for calibrating an electronic scanning antenna composed of radiating elements which each form an active channel in which the signals originating from the channels are grouped together, on the one hand, in order to form deviation measurement signals, each deviation measurement signal forming a deviation measurement channel, and are grouped together, on the other hand, in accordance with sectors (S 1 , S 2 , .... S M ) in order to form one signal per sector forming a sector channel, one beam per calculation being formed from the signals originating from each of the sectors, characterised in that it comprises at least the following steps: - measuring the response to a calibration signal of each active channel both on the sum deviation measurement channel and on the sector channel to which it belongs, the responses on the sum channel enabling the calibration of the sum channel to be obtained; - calculating, for each active channel, the deviation between the mean of the responses measured on the sum channel and the mean of the responses measured on the sector to which it belongs; - in the operational phase, forming the beam by calculation from the measurements of the signals originating from the sector channels calibrated with the calibration obtained for the sum channel, and correcting the calculation of the group in accordance with the deviation. - measuring the response to a calibration signal of each active channel both on the sum deviation measurement channel and on the sector channel to which it belongs, the responses on the sum channel enabling the calibration of the sum channel to be obtained; - calculating, for each active channel, the deviation between the mean of the responses measured on the sum channel and the mean of the responses measured on the sector to which it belongs; - in the operational phase, forming the beam by calculation from the measurements of the signals originating from the sector channels calibrated with the calibration obtained for the sum channel, and correcting the calculation of the group in accordance with the deviation.
A connector arrangement for fluid connection between fluid transport elements and at least two open ended fluid flow channels at a second end of a flexible sealing tube , wherein said flexible sealing tube is a multichannel flexible sealing tube, which flexible sealing tube is adapted to be installed in and extend along a ground bore in a system for energy exchange with said adjacent ground , wherein said connector arrangement comprises a respective insert element for each one of said open ended fluid flow channels. , each respective insert element being adapted to be inserted into its respective one of said open ends of said fluid flow channels , wherein each respective insert element has a cross section complementary to that of its respective one of said fluid flow channels , and has a fluid passage there through that is operatively connectable to a respective one of said fluid transport elements , wherein said connector arrangement further comprises a clamping structure having at least one clamping element with a through passage , which through passage has a cross section that corresponds to, or is smaller than, that of said cross-section of said flexible sealing tube , wherein said clamping structure further has clamping means for forcing together said through passage of said at least one clamping element with said through passage over said second end of said multichannel flexible sealing tube with a respective one of said insert elements inserted into each one of said open ended fluid flow channels of said multichannel flexible sealing tube , wherein each insert element further has a first end and a second end and an extension there along, such that each insert element and its respective through passage providing there between and along said extension a sealing length for the connector arrangement .