mhurhangee/patent-ind-claim-en huggingface dataset:
A solid-state power controller, abbreviated SSPC , comprising a power portion with a base of one or several electronic power components, and a control portion comprising at least one signal processing device and controlling the operation of the power portion, characterized in that the signal processing device executes a linear control function of the power portion in order to limit the inrush current when applying voltage to a load on a DC network by means of the solid-state power controller , the controller incorporating means ensuring the measurement of the current circulating in the electronic power component(s) and/or the voltage across the terminals of the electronic power components, as well as a module making it possible to provide a current setpoint , or voltage setpoint , or temperature setpoint and a module ensuring, as a function of the deviation between the measurement and the setpoint, a current or voltage or temperature correction which is applied to a control circuit of the power portion of the controller.
Steering gear with a gear housing , in which a rack is mounted such that it can be displaced in a longitudinal direction, and comprising a first steering pinion and a second steering pinion which are mounted in each case rotatably in the gear housing and have a toothing region which is in engagement with at least one toothing system which is provided on the rack , the first steering pinion being operatively connected to a steering shaft which supports a steering wheel , and the second steering pinion being operatively connected via a worm gear mechanism to an electric motor , and the second steering pinion having a first free end and a second free end , the first free end being mounted in a first anti-friction bearing in the gear housing such that it can be rotated about a rotational axis, and the second free end supporting a worm gear of the gear, the second steering pinion being mounted in a second anti-friction bearing between the toothing region and the worm gear , the second anti-friction bearing comprising an outer ring , and the outer ring of the second anti-friction bearing being fixed by means of a securing ring in the gear housing in the direction of the rotational axis, characterized in that the securing ring is a circlip which has a ring part , provided with an interruption or a gap at one point, and two limbs which protrude radially on both sides from the interruption, project radially outwards and serve to prestress the securing ring , the second anti-friction bearing being arranged in an integrally formed region of the gear housing .
A cable tray connecting device made of metal that is formed as a U-formed groove with a flat central portion (2.1) and lateral sides extending substantially perpendicularly to the central portion (2.1), wherein each respective lateral side is connected in a form-locking manner with the central portion (2.1) through a first weakening line (3.1, 3.1') in the form of perforations; each lateral side comprises an outer lateral portion (2.2, 2.2') and an inner lateral portion (2.3, 2.3') in the form of a flap extending into the interior of the groove in parallel to the outer lateral portion (2.2, 2.2') and is connected to the outer lateral portion (2.2, 2.2') through a second weakening line (3.2, 3.2') in the form of perforations; the free end of the inner lateral portion (2.3, 2.3') has an edge formed as a set of teeth . each respective lateral side is connected in a form-locking manner with the central portion (2.1) through a first weakening line (3.1, 3.1') in the form of perforations; each lateral side comprises an outer lateral portion (2.2, 2.2') and an inner lateral portion (2.3, 2.3') in the form of a flap extending into the interior of the groove in parallel to the outer lateral portion (2.2, 2.2') and is connected to the outer lateral portion (2.2, 2.2') through a second weakening line (3.2, 3.2') in the form of perforations; the free end of the inner lateral portion (2.3, 2.3') has an edge formed as a set of teeth .
Crane for lifting and transporting loads, comprising: - a handling element, for supporting and handling the loads; - a chassis , for transferring the loads of the crane onto a support surface by means of contact means arranged in contact with said surface, such as wheels; said chassis being constrained, preferably in a movable manner, to said handling element; - a drive transmission means , such as a drive wheel, for moving the crane on the support surface; wherein said drive transmission means is capable of translating relative to said chassis , thus lowering and lifting itself, to adjust the force exerted by said drive transmission means upon the support surface; characterized in that said crane further comprises: - a sensor means for detecting the force exerted by said drive transmission means upon the support surface; - a control unit configured for adjusting the position of said drive transmission means relative to said chassis , based on the detection of said sensor means. - a handling element, for supporting and handling the loads; - a chassis , for transferring the loads of the crane onto a support surface by means of contact means arranged in contact with said surface, such as wheels; said chassis being constrained, preferably in a movable manner, to said handling element; - a drive transmission means , such as a drive wheel, for moving the crane on the support surface; - a sensor means for detecting the force exerted by said drive transmission means upon the support surface; - a control unit configured for adjusting the position of said drive transmission means relative to said chassis , based on the detection of said sensor means.
An indoor unit of an air-conditioning apparatus, comprising: - a casing having an air inlet formed in a top portion thereof and an air outlet formed at a bottom side of a front portion thereof; - a plurality of axial flow or diagonal flow fans provided in parallel on a downstream side of the air inlet in the casing ; and - a heat exchanger provided on a downstream side of the fans in the casing and on an upstream side of the air outlet for exchanging heat between air blown out of the fans and a refrigerant; characterized by further comprising: - a left/right vane provided in the air outlet for controlling a left/right direction in which an air flow is blown; and - a controller controlling an air volume of each of the fans individually. - a casing having an air inlet formed in a top portion thereof and an air outlet formed at a bottom side of a front portion thereof; - a plurality of axial flow or diagonal flow fans provided in parallel on a downstream side of the air inlet in the casing ; and - a heat exchanger provided on a downstream side of the fans in the casing and on an upstream side of the air outlet for exchanging heat between air blown out of the fans and a refrigerant; characterized by further comprising: - a left/right vane provided in the air outlet for controlling a left/right direction in which an air flow is blown; and - a controller controlling an air volume of each of the fans individually.
Method of producing an optically detectable and retro-reflective medical tracking marker , comprising the steps of: - providing a marker structure comprising a retro-reflective surface that comprises a plurality of elements of a transparent material, which have a substantially spherical shape and which are retained by a matrix , wherein the retro-reflective surface has a first capability of reflecting electromagnetic radiation, - applying electromagnetic energy to at least one section of the retro-reflective surface in an amount that is sufficient to alter the material properties of the retro-reflective surface , such that the capability of reflecting electromagnetic radiation of the at least one section is reduced to a second capability of reflecting electromagnetic radiation. - providing a marker structure comprising a retro-reflective surface that comprises a plurality of elements of a transparent material, which have a substantially spherical shape and which are retained by a matrix , wherein the retro-reflective surface has a first capability of reflecting electromagnetic radiation, - applying electromagnetic energy to at least one section of the retro-reflective surface in an amount that is sufficient to alter the material properties of the retro-reflective surface , such that the capability of reflecting electromagnetic radiation of the at least one section is reduced to a second capability of reflecting electromagnetic radiation.
A flow path duct system for a propulsion system of an aircraft , the flow path duct system comprising: a base defining a flow surface having a length along which a fluid travels, wherein the base has an internal surface and an external surface , wherein a plurality of perforations are formed through the base between the internal surface and the external surface ; a plurality of supports defining a plurality of cavities , wherein the plurality of supports extend outwardly from the external surface of the base defining a height of the cavities , and wherein one or more of the plurality of cavities are in fluid communication with one or more of the plurality of perforations ; and a backing surface secured to the plurality of supports ; wherein the plurality of supports are disposed between the base and the backing surface ; wherein the one or more of the plurality of cavities are in fluid communication with an internal volume defined by the internal surface of the base through the one or more of the plurality of perforations ; characterised in that the plurality of cavities comprises a first set of cavities defined by the first height , and a second set of cavities defined by a second height that differs from the first height ; and in that a step transition between the first set of cavities and the second set of cavities is formed along the length of the flow path duct system . a base defining a flow surface having a length along which a fluid travels, wherein the base has an internal surface and an external surface , wherein a plurality of perforations are formed through the base between the internal surface and the external surface ; a plurality of supports defining a plurality of cavities , wherein the plurality of supports extend outwardly from the external surface of the base defining a height of the cavities , and wherein one or more of the plurality of cavities are in fluid communication with one or more of the plurality of perforations ; and a backing surface secured to the plurality of supports ; wherein the plurality of supports are disposed between the base and the backing surface ; wherein the one or more of the plurality of cavities are in fluid communication with an internal volume defined by the internal surface of the base through the one or more of the plurality of perforations ; characterised in that the plurality of cavities comprises a first set of cavities defined by the first height , and a second set of cavities defined by a second height that differs from the first height ; and in that a step transition between the first set of cavities and the second set of cavities is formed along the length of the flow path duct system .
Base oil comprising 50 - 98 wt.% polyalphaolefins as oligomers of C6 to C14 alpha-olefins; 1 - 25 wt.% polymer ester as polymerisation product of one or more alpha/beta-unsaturated dicarboxylic acid diesters, wherein the alcohol groups have 3 to 10 carbon atoms; and C4 to C18 alpha-olefins; 1 - 25 wt. % polyalkylene glycols obtainable from alkylene oxides, wherein the alkylene oxides comprise butylene oxide or propylene oxide and at least one C4 to C8 alkylene oxide.
A power supply device for an ozone generator, which applies electric power to an ozone generator which generates ozone by silent discharge from gas containing oxygen, comprising a transformer which transforms a voltage which is applied from a commercial AC power supply, an inverter which converts an AC voltage which is transformed by the transformer to be an AC voltage having higher frequency than a frequency of the commercial AC power supply and a reactor which is connected to an output of the inverter , wherein the transformer , the inverter and the reactor are disposed inside of one housing , a flat heat exchanger which cools passing air with cooling water is disposed at a lower part inside the housing , the transformer and the inverter are disposed above the heat exchanger , the reactor is disposed above the transformer and the inverter , a protection panel which isolates high voltage is disposed further toward a front side of the housing than the transformer and the inverter by being separated from a front door of the housing , and, by a fan which is provided at a position inside the front door , cooling air is circulated by passing through an air passage which is a space between the front door and the protection panel , a space between the heat exchanger and a bottom of the housing , the heat exchanger , the transformer and the inverter , the reactor and the fan , sequentially. a transformer which transforms a voltage which is applied from a commercial AC power supply, an inverter which converts an AC voltage which is transformed by the transformer to be an AC voltage having higher frequency than a frequency of the commercial AC power supply and a reactor which is connected to an output of the inverter , wherein the transformer , the inverter and the reactor are disposed inside of one housing , a flat heat exchanger which cools passing air with cooling water is disposed at a lower part inside the housing , the transformer and the inverter are disposed above the heat exchanger , the reactor is disposed above the transformer and the inverter , a protection panel which isolates high voltage is disposed further toward a front side of the housing than the transformer and the inverter by being separated from a front door of the housing , and, by a fan which is provided at a position inside the front door , cooling air is circulated by passing through an air passage which is a space between the front door and the protection panel , a space between the heat exchanger and a bottom of the housing , the heat exchanger , the transformer and the inverter , the reactor and the fan , sequentially.
A method for processing a bit-packed array, comprising: determining , by one or more processors , a data element size of the bit-packed array , wherein the data element size is a bit length of each element in the bit-packed array ; determining , by the one or more processors , a lane configuration of a single-instruction multiple-data, SIMD, unit for processing the bit-packed array based at least in part on the determined data element size, wherein the lane configuration is determined from among a plurality of candidate lane configurations included in a predetermined lookup table correlating given data element sizes with corresponding lane configurations, each candidate lane configuration having a different number of vector register lanes and a corresponding bit capacity per vector register lane; configuring , by the one or more processors , the SIMD unit according to the determined lane configuration; and loading , by the one or more processors , one or more data elements into each vector register lane of the SIMD unit . determining , by one or more processors , a data element size of the bit-packed array , wherein the data element size is a bit length of each element in the bit-packed array ; determining , by the one or more processors , a lane configuration of a single-instruction multiple-data, SIMD, unit for processing the bit-packed array based at least in part on the determined data element size, wherein the lane configuration is determined from among a plurality of candidate lane configurations included in a predetermined lookup table correlating given data element sizes with corresponding lane configurations, each candidate lane configuration having a different number of vector register lanes and a corresponding bit capacity per vector register lane; configuring , by the one or more processors , the SIMD unit according to the determined lane configuration; and loading , by the one or more processors , one or more data elements into each vector register lane of the SIMD unit .
Device for interacting with a microswitch comprising: - an actuator mounted with the ability to rotate about an axis (A) between at least a first angular position and a second angular position; - a microswitch comprising a body and a mobile part mounted on the body and able to be moved between an active position and a rest position; the mobile part being kept in the active position when the actuator is moved between the first angular position and a first intermediate position, said first intermediate position being situated between the first angular position and the second angular position, characterized in that the device for interaction comprises an elastic blade configured to keep the mobile part in the active position, said actuator being configured to move the elastic blade such that the mobile part moves into the rest position when said actuator is moved between the first intermediate position and a second intermediate position, said second intermediate position being situated between the first intermediate position and the second angular position. - an actuator mounted with the ability to rotate about an axis (A) between at least a first angular position and a second angular position; - a microswitch comprising a body and a mobile part mounted on the body and able to be moved between an active position and a rest position; the mobile part being kept in the active position when the actuator is moved between the first angular position and a first intermediate position, said first intermediate position being situated between the first angular position and the second angular position, characterized in that the device for interaction comprises an elastic blade configured to keep the mobile part in the active position, said actuator being configured to move the elastic blade such that the mobile part moves into the rest position when said actuator is moved between the first intermediate position and a second intermediate position, said second intermediate position being situated between the first intermediate position and the second angular position.
A method comprising: receiving, at data processing hardware , a signal indication from an optical transceiver of an optical line terminal , the signal indication comprising: a loss-of-signal indication indicating non-receipt of an upstream optical signal from an optical network unit ; or a signal-received indication indicating receipt of the upstream optical signal from the optical network unit ; characterised in that the method further comprises: determining, by the data processing hardware , whether the signal indication comprises the loss-of-signal indication ; and when the signal indication comprises the loss-of-signal indication , instructing, by the data processing hardware , enablement and disablement of the optical transceiver to transmit a downstream optical signal to the optical network unit at a threshold bit rate, resulting in a modulated downstream optical signal comprising encoded channel information. a loss-of-signal indication indicating non-receipt of an upstream optical signal from an optical network unit ; or a signal-received indication indicating receipt of the upstream optical signal from the optical network unit ; characterised in that the method further comprises: determining, by the data processing hardware , whether the signal indication comprises the loss-of-signal indication ; and when the signal indication comprises the loss-of-signal indication , instructing, by the data processing hardware , enablement and disablement of the optical transceiver to transmit a downstream optical signal to the optical network unit at a threshold bit rate, resulting in a modulated downstream optical signal comprising encoded channel information. determining, by the data processing hardware , whether the signal indication comprises the loss-of-signal indication ; and when the signal indication comprises the loss-of-signal indication , instructing, by the data processing hardware , enablement and disablement of the optical transceiver to transmit a downstream optical signal to the optical network unit at a threshold bit rate, resulting in a modulated downstream optical signal comprising encoded channel information.
Aseptic packaging system for laminated carton-containing containers adapted to remove residual hydrogen peroxide and to recycle sterile air washing water, comprising: a supply line to supply sterile air washing water having the following properties: - a maximum conductivity at 20°C of 2.0 μs/cm, and - a maximum silica content of 0.1 ppm a scrubber for washing the sterile air, the scrubber configured to be fed with the sterile air washing water; an air-water separator to separate washing water coming from the scrubber , the separated water having a content of hydrogen peroxide; a collection tank for collecting the washing water having said content of hydrogen peroxide, at the outlet from the air-water separator ; a chiller or heat exchanger , to maintain the water temperature at a suitable value for the operation of the packaging system , the chiller or heat exchanger being configured to receive water from the collection tank ; a filter comprising as a filer medium activated carbon, green sand or mixtures thereof in any ratio for the removal of hydrogen peroxide, wherein the filter is configured to receive water from the chiller or heat exchanger ; a tank for obtaining and collecting the fresh sterile air washing water; a hydrogen peroxide water discharge line connected to the air-water separator and to the collection tank ; wherein the supply line is from the tank to the scrubber for providing the sterile air washing water. a supply line to supply sterile air washing water having the following properties: - a maximum conductivity at 20°C of 2.0 μs/cm, and - a maximum silica content of 0.1 ppm - a maximum conductivity at 20°C of 2.0 μs/cm, and - a maximum silica content of 0.1 ppm a scrubber for washing the sterile air, the scrubber configured to be fed with the sterile air washing water; an air-water separator to separate washing water coming from the scrubber , the separated water having a content of hydrogen peroxide; a collection tank for collecting the washing water having said content of hydrogen peroxide, at the outlet from the air-water separator ; a chiller or heat exchanger , to maintain the water temperature at a suitable value for the operation of the packaging system , the chiller or heat exchanger being configured to receive water from the collection tank ; a filter comprising as a filer medium activated carbon, green sand or mixtures thereof in any ratio for the removal of hydrogen peroxide, wherein the filter is configured to receive water from the chiller or heat exchanger ; a tank for obtaining and collecting the fresh sterile air washing water; a hydrogen peroxide water discharge line connected to the air-water separator and to the collection tank ; wherein the supply line is from the tank to the scrubber for providing the sterile air washing water.
A metal-clad laminate, comprising: a thermoplastic liquid crystal polymer film; a metal deposition layer formed on one surface of the thermoplastic liquid crystal polymer film; and metal foil laminated to the other surface of the thermoplastic liquid crystal polymer film, wherein a metal forming the metal deposition layer has a crystal grain size of 0.1 μm or more and a metal plating layer is formed on the metal deposition layer. a thermoplastic liquid crystal polymer film; a metal deposition layer formed on one surface of the thermoplastic liquid crystal polymer film; and metal foil laminated to the other surface of the thermoplastic liquid crystal polymer film, wherein a metal forming the metal deposition layer has a crystal grain size of 0.1 μm or more and a metal plating layer is formed on the metal deposition layer.