mhurhangee/patent-ind-claim-en huggingface dataset:
A polishing unit comprising: a polishing table to which a polishing pad for polishing a substrate is attached; a top ring for holding the substrate to press the substrate against the polishing pad ; a light emitting member for emitting a light to a detection area on the polishing pad ; a slip-out detector for detecting a slip out of the substrate from the top ring based on the light reflected from the detection area ; and an elimination mechanism for eliminating a polishing liquid flowing into the detection area , wherein the slip-out detector is configured to detect the slip out of the substrate from the top ring based on a difference between a reference color and a color of light reflected from the detection area of the polishing pad during a polishing process, characterized in that the polishing unit is configured to count a cumulative number of polishing processes of the substrate, wherein the polishing unit is configured to reset the reference color of the slip-out detector and automatically reregister the reference color based on the light reflected from the detection area when the counted cumulative number of polishing processes exceeds a threshold value, wherein the slip-out detector is configured to detect the slip out of the substrate from the top ring based on a difference between the reregistered reference color and a color of light reflected from the detection area of the polishing pad during the polishing process. a polishing table to which a polishing pad for polishing a substrate is attached; a top ring for holding the substrate to press the substrate against the polishing pad ; a light emitting member for emitting a light to a detection area on the polishing pad ; a slip-out detector for detecting a slip out of the substrate from the top ring based on the light reflected from the detection area ; and an elimination mechanism for eliminating a polishing liquid flowing into the detection area , wherein the slip-out detector is configured to detect the slip out of the substrate from the top ring based on a difference between a reference color and a color of light reflected from the detection area of the polishing pad during a polishing process, characterized in that the polishing unit is configured to count a cumulative number of polishing processes of the substrate, wherein the polishing unit is configured to reset the reference color of the slip-out detector and automatically reregister the reference color based on the light reflected from the detection area when the counted cumulative number of polishing processes exceeds a threshold value, wherein the slip-out detector is configured to detect the slip out of the substrate from the top ring based on a difference between the reregistered reference color and a color of light reflected from the detection area of the polishing pad during the polishing process.
A vent for a window frame comprising: a vent frame defining a slot with a longitudinal axis, the vent frame comprising a frame body and a cover attachment ; a cover member comprising a frame attachment pivotally attached to the cover attachment , the cover member moveable between: a closed position; and an open position in which the cover member is spaced from the vent frame to allow airflow through the vent , wherein the vent frame comprises one or more window fixing(s) 14 for attaching the vent to a window frame, each window fixing comprising an integral protrusion with one or more resiliently deformable arm(s) extending from the protrusion, characterized in that the cover member completely envelops the frame body in said closed position to block airflow through the vent . a vent frame defining a slot with a longitudinal axis, the vent frame comprising a frame body and a cover attachment ; a cover member comprising a frame attachment pivotally attached to the cover attachment , the cover member moveable between: a closed position; and an open position in which the cover member is spaced from the vent frame to allow airflow through the vent , a closed position; and an open position in which the cover member is spaced from the vent frame to allow airflow through the vent , wherein the vent frame comprises one or more window fixing(s) 14 for attaching the vent to a window frame, each window fixing comprising an integral protrusion with one or more resiliently deformable arm(s) extending from the protrusion, characterized in that the cover member completely envelops the frame body in said closed position to block airflow through the vent .
A method for testing an electric brake system, the method comprising: establishing a safety interlock between an electromechanical actuator controller ("EMAC") and an aircraft component; severing an I/O channel between the EMAC and the aircraft component; sending at least one test signal to the EMAC; receiving, from the EMAC, a feedback signal to the test signal; and determining an appropriateness of the feedback signal, wherein in response to an emergency braking command from an emergency braking system, the EMAC ceases testing and issues a braking command to an electromechanical actuator in accordance with the emergency braking command. establishing a safety interlock between an electromechanical actuator controller ("EMAC") and an aircraft component; severing an I/O channel between the EMAC and the aircraft component; sending at least one test signal to the EMAC; receiving, from the EMAC, a feedback signal to the test signal; and determining an appropriateness of the feedback signal, wherein in response to an emergency braking command from an emergency braking system, the EMAC ceases testing and issues a braking command to an electromechanical actuator in accordance with the emergency braking command.
A system comprising: - a provider module configured to serve a Software Defined Infrastructure SDI service request generated by a consumer , such SDI service request being formulated in a first language; characterized in that the system further comprises: - an NSP translation module configured to translate such SDI requests from said first language into a corresponding service chain comprising a set of Network and Service Primitives NSP comprising at least one NSP; - a service space module configured to map each NSP of a service chain onto a multidimensional vector space by exploiting a space matrix, said space matrix being a data structure providing the positions within the multidimensional vector space of vectors NSP(i) corresponding to any possible NSP; and wherein - said service space module is also configured to query said space matrix with a sequence SNSP of vectors NSP(i) so as to retrieve a further sequence SNSP' of vectors NSP'(i) by carrying out on the vectors NSP(i) of the sequence SNSP geometric operations in order to find a level of similarity between such vectors and the vectors of the V -dimensional service space SS so as to carry out at least one among: - predict a new NSP in the composition of the further sequence SNSP' starting from a set of neighbors NSPs composing the sequence SNSP; and - predict a set of neighbors NSPs composing the further sequence SNSP', starting from a NSP of the sequence SNSP. - a provider module configured to serve a Software Defined Infrastructure SDI service request generated by a consumer , such SDI service request being formulated in a first language; - an NSP translation module configured to translate such SDI requests from said first language into a corresponding service chain comprising a set of Network and Service Primitives NSP comprising at least one NSP; - a service space module configured to map each NSP of a service chain onto a multidimensional vector space by exploiting a space matrix, said space matrix being a data structure providing the positions within the multidimensional vector space of vectors NSP(i) corresponding to any possible NSP; and wherein - said service space module is also configured to query said space matrix with a sequence SNSP of vectors NSP(i) so as to retrieve a further sequence SNSP' of vectors NSP'(i) by carrying out on the vectors NSP(i) of the sequence SNSP geometric operations in order to find a level of similarity between such vectors and the vectors of the V -dimensional service space SS so as to carry out at least one among: - predict a new NSP in the composition of the further sequence SNSP' starting from a set of neighbors NSPs composing the sequence SNSP; and - predict a set of neighbors NSPs composing the further sequence SNSP', starting from a NSP of the sequence SNSP.
A pool cleaning device , comprising: a main body ; a rotating unit rotatably disposed on the main body , the rotating unit comprising: a rotating member , a fluid outlet extending radially outward from the rotating member , and a first positioning protrusion extending radially outward from the rotating member and spaced apart from the fluid outlet ; and a reversing member comprising a plurality of stoppers spaced apart from each other and disposed along a path of rotation of the rotating member , characterized in that each of the plurality of stoppers is reciprocable between a position in a path of rotation of the first positioning protrusion and a position out of the path of rotation of the first positioning protrusion . a main body ; a rotating unit rotatably disposed on the main body , the rotating unit comprising: a rotating member , a fluid outlet extending radially outward from the rotating member , and a first positioning protrusion extending radially outward from the rotating member and spaced apart from the fluid outlet ; and a reversing member comprising a plurality of stoppers spaced apart from each other and disposed along a path of rotation of the rotating member , characterized in that each of the plurality of stoppers is reciprocable between a position in a path of rotation of the first positioning protrusion and a position out of the path of rotation of the first positioning protrusion .
An apparatus (20; 60; 100; 150) for dispensing an additive into a liquid in a container , the apparatus (20; 60; 100; 150) comprising: a support structure (22; 62; 102; 152); a container holder (28; 68; 108; 158) for holding a container containing a liquid, the container holder (28; 68; 108; 158) being supported by the support structure (22; 62; 102; 152); a capsule holder for holding a capsule containing an additive; and a manipulator device operable to manipulate the capsule to dispense the additive into the container ; and wherein the apparatus (20; 60; 100; 150) includes a container opener (30; 80; 123; 170) operable to engage a cap on the container and to remove the cap prior to manipulation of the capsule by the manipulator device . a support structure (22; 62; 102; 152); a container holder (28; 68; 108; 158) for holding a container containing a liquid, the container holder (28; 68; 108; 158) being supported by the support structure (22; 62; 102; 152); a capsule holder for holding a capsule containing an additive; and a manipulator device operable to manipulate the capsule to dispense the additive into the container ; and wherein the apparatus (20; 60; 100; 150) includes a container opener (30; 80; 123; 170) operable to engage a cap on the container and to remove the cap prior to manipulation of the capsule by the manipulator device .
Pouring batching device for fat-containing substances, in particular for chocolate, in dies comprising: - a case inside which at least one cylindrical recess is obtained, in which a longitudinal shaft is housed, to which at least one rotary piston is fastened; - means adapted to control the flow of said substance; wherein said case is placed below a tank containing said substance to be poured and is open towards its top, locating a hopper adapted to put in contact an internal volume of said tank with said recess of said case , so that a mass of substance can easily descend by gravity inside said case , even without a sucking effect by said rotary piston ; wherein said means adapted to control the flow of said substance, comprise: - at least one valve , which is inserted into said cylindrical seat obtained in said case , said valve having a generally cylindrical shape, with a coaxial hole and at least one slot , with parallel flanks, each one of which locates a volume inside which said pistons slide; - said rotary pistons , assembled on said shaft , inserted in the hole , obtained in the valve , and rotary with respect to it; the combined motion of said rotary pistons and of said valve changing the volume of a first and a second batching chamber , in order to dose said substance to be poured, and a movement of said valve opening and closing at least one pouring channel , to allow or block a flow of substance towards said dies below; characterized in that said pouring batching device further has channels , adapted to recycle into the hopper the substance which passes through the unused pouring channels , , said recycling occurring through ducts , obtained in a plate assembled below the pouring batching device . - a case inside which at least one cylindrical recess is obtained, in which a longitudinal shaft is housed, to which at least one rotary piston is fastened; - means adapted to control the flow of said substance; - at least one valve , which is inserted into said cylindrical seat obtained in said case , said valve having a generally cylindrical shape, with a coaxial hole and at least one slot , with parallel flanks, each one of which locates a volume inside which said pistons slide; - said rotary pistons , assembled on said shaft , inserted in the hole , obtained in the valve , and rotary with respect to it; the combined motion of said rotary pistons and of said valve changing the volume of a first and a second batching chamber , in order to dose said substance to be poured, and a movement of said valve opening and closing at least one pouring channel , to allow or block a flow of substance towards said dies below; characterized in that said pouring batching device further has channels , adapted to recycle into the hopper the substance which passes through the unused pouring channels , , said recycling occurring through ducts , obtained in a plate assembled below the pouring batching device .
A method for monitoring the electric insulation status of a piece of equipment for a medium-voltage or high-voltage electric system, said method comprising the following step: - acquiring detection data (M) indicative of the behaviour of said piece of equipment, said detection data including a time sequence of measured discharge values (q(i-i), q(i)) related to partial-discharge events observed at consecutive observation instants (t(i-i), t(i)) in time; characterised in that said method comprises the following steps: - basing on said detection data (M), calculating stochastic data (P) indicative of the electric insulation status of said piece of equipment, said stochastic data including probability values related to the observed partial-discharge events and calculated as a function of one or more characteristic parameters (θ) related to said partial-discharge events; - basing on said stochastic data (P), calculating estimated data (E) indicative of said one or more characteristic parameters (θ) related to said consecutive observation instants. - acquiring detection data (M) indicative of the behaviour of said piece of equipment, said detection data including a time sequence of measured discharge values (q(i-i), q(i)) related to partial-discharge events observed at consecutive observation instants (t(i-i), t(i)) in time; - basing on said detection data (M), calculating stochastic data (P) indicative of the electric insulation status of said piece of equipment, said stochastic data including probability values related to the observed partial-discharge events and calculated as a function of one or more characteristic parameters (θ) related to said partial-discharge events; - basing on said stochastic data (P), calculating estimated data (E) indicative of said one or more characteristic parameters (θ) related to said consecutive observation instants.
Support for adhesive tape, comprising: a cylindrical, or substantially cylindrical, body configured to be inserted inside the tubular core (A) of the adhesive tape (N), a base , associated with said cylindrical body , to which, in turn, a connecting element to an operator's garment, or to an operator's accessory, or to further parts of the operator's equipment, is associated, and also selective constraint means of the adhesive tape (N), provided with a control suitable for actuating said selective constraint means from a retention configuration of the adhesive tape (N) on said cylindrical body , to a configuration of free removal of the adhesive tape (N) from said cylindrical body , and vice versa, characterised in that said selective constraint means comprise at least one retractable element provided along the lateral surface of said cylindrical body . a cylindrical, or substantially cylindrical, body configured to be inserted inside the tubular core (A) of the adhesive tape (N), a base , associated with said cylindrical body , to which, in turn, a connecting element to an operator's garment, or to an operator's accessory, or to further parts of the operator's equipment, is associated, and also selective constraint means of the adhesive tape (N), provided with a control suitable for actuating said selective constraint means from a retention configuration of the adhesive tape (N) on said cylindrical body , to a configuration of free removal of the adhesive tape (N) from said cylindrical body , and vice versa, characterised in that said selective constraint means comprise at least one retractable element provided along the lateral surface of said cylindrical body .
A computer-implemented method for filtering at least high amplitude dispersive noise from seismic data acquired over an area of a subsurface by combining dip filtering and polarization filtering so as to obtain filtered data, comprising: transforming said acquired seismic data associated with a plurality of traces into time-variant spectral estimates; extracting a local velocity associated with the plurality of traces from the time-variant spectral estimates, by recovering said local velocity from an average angular wave number; calculating an amplitude and a phase associated with one of the plurality of traces using the local velocity; determining the noise based on the amplitude and phase; subtracting the determined noise from the acquired seismic data in order to obtain said filtered data; and generating an image of the subsurface by using said filtered data. transforming said acquired seismic data associated with a plurality of traces into time-variant spectral estimates; extracting a local velocity associated with the plurality of traces from the time-variant spectral estimates, by recovering said local velocity from an average angular wave number; calculating an amplitude and a phase associated with one of the plurality of traces using the local velocity; determining the noise based on the amplitude and phase; subtracting the determined noise from the acquired seismic data in order to obtain said filtered data; and generating an image of the subsurface by using said filtered data.
Process for producing a composite polyisocyanurate material, comprising the following steps: a) providing a polyisocyanate composition A) comprising monomeric polyisocyanates in an amount of at least 2% by weight and at least 60% by weight of aliphatic polyisocyanates, and b) catalytically trimerizing the polyisocyanate composition A) in the presence of at least one fibrous filler B) and of a trimerization catalyst C) to give the composite polyisocyanurate material, where the trimerization catalyst C) comprises at least one quaternary ammonium salt and/or a metal salt, where the proportion of the fibrous filler based on the total weight of the composite polyisocyanurate material is more than 30% by weight. a) providing a polyisocyanate composition A) comprising monomeric polyisocyanates in an amount of at least 2% by weight and at least 60% by weight of aliphatic polyisocyanates, and b) catalytically trimerizing the polyisocyanate composition A) in the presence of at least one fibrous filler B) and of a trimerization catalyst C) to give the composite polyisocyanurate material, where the trimerization catalyst C) comprises at least one quaternary ammonium salt and/or a metal salt, where the proportion of the fibrous filler based on the total weight of the composite polyisocyanurate material is more than 30% by weight.
A two-cell container device , the device comprising: a first housing configured to house a liquid, the first housing comprising: a body , wherein the body further comprises an annular form comprising a toroidal form containing an interior refillable reservoir for the liquid and a central through-hole ; and a mouth portion containing a cap, wherein the mouth portion provides access to the interior refillable reservoir; and a second housing , the second housing secured within the through-hole, the second housing configured to house at least a pill, wherein the second housing comprises: a first side including at least a pill receptacle having an opening; and a second side adhered to the first side, wherein the second side covers the opening. a first housing configured to house a liquid, the first housing comprising: a body , wherein the body further comprises an annular form comprising a toroidal form containing an interior refillable reservoir for the liquid and a central through-hole ; and a mouth portion containing a cap, wherein the mouth portion provides access to the interior refillable reservoir; and a body , wherein the body further comprises an annular form comprising a toroidal form containing an interior refillable reservoir for the liquid and a central through-hole ; and a mouth portion containing a cap, wherein the mouth portion provides access to the interior refillable reservoir; and a second housing , the second housing secured within the through-hole, the second housing configured to house at least a pill, wherein the second housing comprises: a first side including at least a pill receptacle having an opening; and a second side adhered to the first side, wherein the second side covers the opening. a first side including at least a pill receptacle having an opening; and a second side adhered to the first side, wherein the second side covers the opening.
An electronic device comprising: a power management module; a communication processor; and at least one processor operably connected to the communication processor, wherein the at least one processor is configured to: identify a modulation order used for communication with an external device, in a case that communication with the external device is performed using a wireless resource, and configure, based on the modulation order, a voltage conversion mode of the power management module that supplies power to the communication processor to a pulse frequency modulation (PFM) mode or a pulse width modulation (PWM) mode. a power management module; a communication processor; and at least one processor operably connected to the communication processor, wherein the at least one processor is configured to: identify a modulation order used for communication with an external device, in a case that communication with the external device is performed using a wireless resource, and configure, based on the modulation order, a voltage conversion mode of the power management module that supplies power to the communication processor to a pulse frequency modulation (PFM) mode or a pulse width modulation (PWM) mode. identify a modulation order used for communication with an external device, in a case that communication with the external device is performed using a wireless resource, and configure, based on the modulation order, a voltage conversion mode of the power management module that supplies power to the communication processor to a pulse frequency modulation (PFM) mode or a pulse width modulation (PWM) mode.