mhurhangee/patent-ind-claim-en huggingface dataset:
Method of constructing a bed (LT), the bed (LT) comprising: a bedspring for defining a surface to lie on, a perimeter frame containing the bedspring , a handle comprising a first portion connected to the bedspring and a second portion which is projecting from the bedspring and able to be gripped and pulled to lift the bedspring , with the step of arranging an element in the bed (LT) able to keep the second portion temporarily attached to a part of the bed (LT), characterized in that said element acts through a magnetic force. a bedspring for defining a surface to lie on, a perimeter frame containing the bedspring , a handle comprising a first portion connected to the bedspring and a second portion which is projecting from the bedspring and able to be gripped and pulled to lift the bedspring , with the step of arranging an element in the bed (LT) able to keep the second portion temporarily attached to a part of the bed (LT), a first portion connected to the bedspring and a second portion which is projecting from the bedspring and able to be gripped and pulled to lift the bedspring , with the step of arranging an element in the bed (LT) able to keep the second portion temporarily attached to a part of the bed (LT),
A process for the manufacture of a perchlorate depleted milk, comprising the steps of: a) subjecting perchlorate containing milk to a nanofiltration step to obtain a perchlorate depleted retentate fraction and a perchlorate containing permeate fraction of said milk, b) evaluating the perchlorate content in said retentate fraction and/or said permeate fraction, c) and optionally supplying a manufacturing process of a milk based infant formula with said perchlorate depleted retentate fraction, wherein the nanofiltration step makes use of a nanofiltration membrane that has a molecular weight cut-off between 100 and 1000 Daltons, wherein said perchlorate containing milk is raw milk, whole milk, low-fat or skim milk or whey. a) subjecting perchlorate containing milk to a nanofiltration step to obtain a perchlorate depleted retentate fraction and a perchlorate containing permeate fraction of said milk, b) evaluating the perchlorate content in said retentate fraction and/or said permeate fraction, c) and optionally supplying a manufacturing process of a milk based infant formula with said perchlorate depleted retentate fraction, wherein the nanofiltration step makes use of a nanofiltration membrane that has a molecular weight cut-off between 100 and 1000 Daltons, wherein said perchlorate containing milk is raw milk, whole milk, low-fat or skim milk or whey.
A powdery and/or granular material for thermosetting resin, comprising: fine polymer particles (A) having a polymer grafted therein, the polymer containing at least one type of monomer unit selected from the group consisting of aromatic vinyl monomers, vinyl cyanide monomers, and (meth)acrylate monomers; and a resin (B) having a viscosity, measured in accordance with the description, of not more than 1,000,000 mPa·s at 25°C, wherein the fine polymer particles (A) are contained in an amount of 70 weight% to 99 weight% and the resin (B) is contained in an amount of 1 weight% to 30 weight%, where 100 weight% represents a total amount of the fine polymer particles (A) and the resin (B), the fine polymer particles (A) have a core-shell structure including a core layer and a shell layer; and the fine polymer particles (A) include, in the core layer, a polymer that contains at least one type of monomer unit selected from the group consisting of diene-based rubbers, (meth)acrylate-based rubbers, and organosiloxane-based rubbers. fine polymer particles (A) having a polymer grafted therein, the polymer containing at least one type of monomer unit selected from the group consisting of aromatic vinyl monomers, vinyl cyanide monomers, and (meth)acrylate monomers; and a resin (B) having a viscosity, measured in accordance with the description, of not more than 1,000,000 mPa·s at 25°C, wherein the fine polymer particles (A) are contained in an amount of 70 weight% to 99 weight% and the resin (B) is contained in an amount of 1 weight% to 30 weight%, where 100 weight% represents a total amount of the fine polymer particles (A) and the resin (B), the fine polymer particles (A) have a core-shell structure including a core layer and a shell layer; and the fine polymer particles (A) include, in the core layer, a polymer that contains at least one type of monomer unit selected from the group consisting of diene-based rubbers, (meth)acrylate-based rubbers, and organosiloxane-based rubbers.
A modular connector plug apparatus for forming a connector interface with a connector jack in a high speed data transmission network, comprising a housing and a contact subassembly configured for positioning within the interior of said housing and further comprising a first printed circuit board (PCB) having a first end and a second end, the second end comprising conductive mounting pads for each of a plurality of cable pairs , wherein: the housing comprises an insulative front portion and a conductive shield portion attachable to define the interior, and the contact subassembly comprises a plurality of elongate plug contacts each comprising a first end mounted on the first end of the first PCB , a second end distal from the first end, and a bridge portion there between, the bridge portions of the plurality of plug contacts collectively defining an interface for corresponding contacts of a connector jack, the apparatus being characterized in that : the respective second ends of the plurality of plug contacts are mounted on a second PCB , wherein the second PCB comprises parallel plates constructed within layers of the second PCB and which area and separation distance are configured to provide the apparatus with additional capacitance compensation properties, and wherein the location of the capacitance compensation is offset from a signal path defined between the jack-plug connector interface and the cable pairs. the housing comprises an insulative front portion and a conductive shield portion attachable to define the interior, and the contact subassembly comprises a plurality of elongate plug contacts each comprising a first end mounted on the first end of the first PCB , a second end distal from the first end, and a bridge portion there between, the bridge portions of the plurality of plug contacts collectively defining an interface for corresponding contacts of a connector jack, the apparatus being characterized in that : the respective second ends of the plurality of plug contacts are mounted on a second PCB , wherein the second PCB comprises parallel plates constructed within layers of the second PCB and which area and separation distance are configured to provide the apparatus with additional capacitance compensation properties, and wherein the location of the capacitance compensation is offset from a signal path defined between the jack-plug connector interface and the cable pairs. the respective second ends of the plurality of plug contacts are mounted on a second PCB , wherein the second PCB comprises parallel plates constructed within layers of the second PCB and which area and separation distance are configured to provide the apparatus with additional capacitance compensation properties, and wherein the location of the capacitance compensation is offset from a signal path defined between the jack-plug connector interface and the cable pairs.
An electric motor controller comprising: a driver circuit configured to drive an electric motor in response to a received speed demand signal (ω req ); a measurement circuit configured to measure current through windings of the electric motor , the measurement circuit comprising a back emf, BEMF, observer configured to determine an estimated BEMF value ( ê δ ), a BEMF error threshold and an estimated rotor angular speed value ( ω̂ ) from the measured currents; a detector circuit configured to receive the rotor speed demand signal (ω req ), the estimated BEMF value ( ê δ ), the BEMF error threshold, the estimated rotor angular speed value ( ω̂ ) and a measured rotor speed (ω meas ) from a rotor speed sensor on the electric motor and to detect a fault in the electric motor controller if the estimated BEMF value ( ê δ ) lies outside the BEMF error threshold and the measured rotor speed (ω meas ) is within a defined rotor speed error threshold. a driver circuit configured to drive an electric motor in response to a received speed demand signal (ω req ); a measurement circuit configured to measure current through windings of the electric motor , the measurement circuit comprising a back emf, BEMF, observer configured to determine an estimated BEMF value ( ê δ ), a BEMF error threshold and an estimated rotor angular speed value ( ω̂ ) from the measured currents; a detector circuit configured to receive the rotor speed demand signal (ω req ), the estimated BEMF value ( ê δ ), the BEMF error threshold, the estimated rotor angular speed value ( ω̂ ) and a measured rotor speed (ω meas ) from a rotor speed sensor on the electric motor and to detect a fault in the electric motor controller if the estimated BEMF value ( ê δ ) lies outside the BEMF error threshold and the measured rotor speed (ω meas ) is within a defined rotor speed error threshold.
A process for preparing a cross-linked starch-based polymer comprising the following steps: 1) dissolving a starchy material in a suitable solvent to form a starchy material solution; and 2) adding a episulfide of formula (I) wherein R 1 , R 2 , R 3 and R 4 are independently selected from hydrogen and (C 1 -C 3 )alkyl in the starchy material solution in order to obtain the disulfide crosslinked starch-based polymer. 1) dissolving a starchy material in a suitable solvent to form a starchy material solution; and 2) adding a episulfide of formula (I) wherein R 1 , R 2 , R 3 and R 4 are independently selected from hydrogen and (C 1 -C 3 )alkyl in the starchy material solution in order to obtain the disulfide crosslinked starch-based polymer.
A sheet feeding device (LT) comprising: (a) a sheet feeding tray adapted to hold a sheet bundle including a plurality of sheets (P) thereon; (b) a blowing section arranged to blow air against a leading edge of the sheet bundle in a sheet conveyance direction from a front side of the sheet conveyance direction; (c) a sticking and conveying section arranged to stick an uppermost sheet stacked on the sheet feeding tray by air sucking, and feed the uppermost sheet to a conveyance roller ; (d) a sucking duct provided inside the sticking and conveying section, and which is divided into a plurality of ducts in the sheet conveyance direction; (e) a suction intercepting member ; and (f) a controller , characterised in that the plurality of ducts includes three or more ducts and that the controller is configured to control the suction intercepting member to stop or allow air flow for at least one of the plurality of ducts in a upstream direction of the sheet conveyance direction, while allowing air flow for at least one of the plurality of ducts in a downstream direction of the sheet conveyance device, and to stop air flow for ducts in succession in the sheet conveyance direction starting with a most upstream duct of the plurality of ducts. (a) a sheet feeding tray adapted to hold a sheet bundle including a plurality of sheets (P) thereon; (b) a blowing section arranged to blow air against a leading edge of the sheet bundle in a sheet conveyance direction from a front side of the sheet conveyance direction; (c) a sticking and conveying section arranged to stick an uppermost sheet stacked on the sheet feeding tray by air sucking, and feed the uppermost sheet to a conveyance roller ; (d) a sucking duct provided inside the sticking and conveying section, and which is divided into a plurality of ducts in the sheet conveyance direction; (e) a suction intercepting member ; and (f) a controller , characterised in that the plurality of ducts includes three or more ducts and that the controller is configured to control the suction intercepting member to stop or allow air flow for at least one of the plurality of ducts in a upstream direction of the sheet conveyance direction, while allowing air flow for at least one of the plurality of ducts in a downstream direction of the sheet conveyance device, and to stop air flow for ducts in succession in the sheet conveyance direction starting with a most upstream duct of the plurality of ducts.
Surgical referencing apparatus, which can be tracked by a surgical navigation system, comprising a marking device having at least two or more surgical marker elements which are configured for reflecting radiation, wherein the marker elements form a marker element arrangement , which defines a reference on the body of a patient , and comprising a fixing device for fixing the marking device in place on the body of the patient , characterized in that the marker element arrangement is of non-rigid configuration, and two or more marker elements are variable in position relative to one another, wherein the fixing device comprises or forms a carrier body that is associated with a plurality of the marker elements and is variable in shape and adjustable to the anatomy of the patient, on which carrier body the marker elements are removably fixable in place.
A passenger transportation system comprising: a plurality of series-connected passenger transportation devices , for example comprising escalators and/or moving walks; an electrical control system comprising a plurality of startup and shutdown circuits which are respectively used for controlling startup and shutdown of each of the passenger transportation devices ; and an electrical interlocking assembly coupled between each of the startup and shutdown circuits, wherein the electrical interlocking assembly controls a startup and shutdown sequence of a low-position passenger transportation device and a high-position passenger transportation device by controlling closing and opening of each of the startup and shutdown circuits ; characterized in that each of the startup and shutdown circuits comprises a power supply branch with a main contactor (K1.1, K2.2), an upward movement branch , a downward movement branch and a changeover switch . a plurality of series-connected passenger transportation devices , for example comprising escalators and/or moving walks; an electrical control system comprising a plurality of startup and shutdown circuits which are respectively used for controlling startup and shutdown of each of the passenger transportation devices ; and an electrical interlocking assembly coupled between each of the startup and shutdown circuits, wherein the electrical interlocking assembly controls a startup and shutdown sequence of a low-position passenger transportation device and a high-position passenger transportation device by controlling closing and opening of each of the startup and shutdown circuits ; characterized in that each of the startup and shutdown circuits comprises a power supply branch with a main contactor (K1.1, K2.2), an upward movement branch , a downward movement branch and a changeover switch .
A device comprising: one or more processors configured to: extract a plurality of threat events on a network based on metadata for one or more targeted digital devices on said network; detect one or more incidents based on a correlation between at least a first threat event of said plurality of threat events and a second threat event of said plurality of threat events; and generate a risk score for each of said one or more incidents, wherein said risk score is based on a threat severity value for said one or more targeted digital devices, wherein the threat severity value is based on the progression of the incident through a kill chain and the type of the incident. extract a plurality of threat events on a network based on metadata for one or more targeted digital devices on said network; detect one or more incidents based on a correlation between at least a first threat event of said plurality of threat events and a second threat event of said plurality of threat events; and generate a risk score for each of said one or more incidents, wherein said risk score is based on a threat severity value for said one or more targeted digital devices, wherein the threat severity value is based on the progression of the incident through a kill chain and the type of the incident.
A computer-implemented method of detection of saturated pixels in an image the colors of which are represented by color coordinates corresponding to different color channels, comprising detecting pixels the colors of which have at least one color coordinate corresponding to one of said color channels which is superior to a saturation threshold ( th r ; th g ; th b ) for said color channel, characterized in that saturation thresholds ( th r ; th g ; th b ) for said color channels are respectively equal to color coordinates ( r w , g w , b w ) representing an estimated illuminant (ILL) of said image, said estimated illuminant corresponding to a white point of the image, which is a color that is perceived by an observer as white in the scene of the image.
Protective cap for protecting a definitively assembled ball joint , the protective cap having a bellows portion for covering a sealing bellows of the definitively assembled ball joint , and having a stud portion for covering a stud part of the definitively assembled ball joint , said stud portion adjoining the bellows portion and being open in the direction of the bellows portion , wherein the stud portion can be plugged onto the stud part , is of cup-like design to provide for full sealing of the stud part and has a base and a wall , the latter extending away from the base in an axial direction (a) of the protective cap , which has a latching contour , which runs in the circumferential direction (u) of the stud portion of the protective cap and can be brought into engagement with a threaded portion of the stud part , characterized in that the stud portion is of non-round design in cross section at least in the region of the latching contour .
An electrical socket comprising: - a base comprising terminals configured to be connecting to mains, - a casing mounted on said base and comprising an inner tubular wall extending along an axis of engagement (A) oriented towards said base , - a movable plate coupled to said inner tubular wall of the casing and configured to translate along said axis of engagement (A) between a waiting position and a locking position, - at least one locking system coupled to said base , extending perpendicular to said axis of engagement (A), characterized in that said at least one locking system comprises: - a housing disposed in an inner part of said base and extending perpendicular to said axis of engagement (A), - a bar disposed inside said housing and extending perpendicular to said axis of engagement (A), - a stopper moving along said bar , - two asymmetrical springs configured to place the stopper in a not centered position on said bar , and wherein said movable plate comprises: - at least one leg comprising an inner groove and an upper groove configured to interact with said at least one locking system , - two main springs oriented along the axis of engagement (A) so that said springs help the movable plate to return to the waiting position, so that when said movable plate is pressed towards the base , said at least one locking system fixes the movable plate in the locking position, and when the movable plate is pressed again towards the base , said movable plate releases itself and the movable plate moves upwards to return to the waiting position. - a base comprising terminals configured to be connecting to mains, - a casing mounted on said base and comprising an inner tubular wall extending along an axis of engagement (A) oriented towards said base , - a movable plate coupled to said inner tubular wall of the casing and configured to translate along said axis of engagement (A) between a waiting position and a locking position, - at least one locking system coupled to said base , extending perpendicular to said axis of engagement (A), - a housing disposed in an inner part of said base and extending perpendicular to said axis of engagement (A), - a bar disposed inside said housing and extending perpendicular to said axis of engagement (A), - a stopper moving along said bar , - two asymmetrical springs configured to place the stopper in a not centered position on said bar , - at least one leg comprising an inner groove and an upper groove configured to interact with said at least one locking system , - two main springs oriented along the axis of engagement (A) so that said springs help the movable plate to return to the waiting position,
An apparatus for wireless transmission of power from a DC voltage source to a DC voltage load, between loosely coupled coils with variable coupling coefficient, operation at resonance is used when the coupling between the coils is sufficiently low, while off-resonance operation is allowed when the coupling increases comprising: a) one primary coil and one secondary coil, the primary coil and the secondary coil each connected with means of capacitors (C1, C2) configured to achieve a common resonance frequency, ω 0 ; b) said one primary coil and one secondary coil are mutually movable during operation; c) a DC/AC-converter converting the DC voltage source at a primary side to an AC voltage of controllable magnitude and frequency at the primary side; d) one rectifier at a secondary side converting an AC voltage (V pick ) at terminals of the secondary coil to a DC voltage at the DC voltage load on the secondary side; e) at least one regulator (Regulator 1, Regulator 2, Regulator 3, Regulator 4) connected (V send,ref ) with the DC/AC converter; and f) the at least one regulator (Regulator 1, Regulator 2, Regulator 3, Regulator 4) is further fed by at least one DC-current (I dc,pick ) feedback signal from the rectifier. a) one primary coil and one secondary coil, the primary coil and the secondary coil each connected with means of capacitors (C1, C2) configured to achieve a common resonance frequency, ω 0 ; b) said one primary coil and one secondary coil are mutually movable during operation; c) a DC/AC-converter converting the DC voltage source at a primary side to an AC voltage of controllable magnitude and frequency at the primary side; d) one rectifier at a secondary side converting an AC voltage (V pick ) at terminals of the secondary coil to a DC voltage at the DC voltage load on the secondary side; e) at least one regulator (Regulator 1, Regulator 2, Regulator 3, Regulator 4) connected (V send,ref ) with the DC/AC converter; and f) the at least one regulator (Regulator 1, Regulator 2, Regulator 3, Regulator 4) is further fed by at least one DC-current (I dc,pick ) feedback signal from the rectifier.
A segmented copolymer composition comprising one or more polyurethane and/or polyurea hard segments, one or more polysulfide soft segments, one or more polyfluoroether soft segments, isocyanate species or derivatives thereof contained in each of said segments, and one or more curatives, characterised in that : the weight ratio of said one or more polysulfide soft segments to said one or more polyfluoroether soft segments is from 0.1 to 10.