mhurhangee/patent-ind-claim-en huggingface dataset:
A programmable logic controller , configured for connecting to external equipment through a communication interface device, and the programmable logic controller comprising: a memory , containing a user program and a setting document , wherein the user program is configured to record both of a command for the communication interface device and command target information thereof, wherein the command target information comprises a device type, an identity (ID) and a port number of the communication interface device and wherein the command for the communication interface device is a communication command to be transmitted between the programmable logic controller and the external equipment through the communication interface device, and the setting document is configured to save address information corresponding to the command target information, wherein the address information indicates a connector of a coupler unit , a connector of the programmable logic controller or a slot of the programmable logic controller which the communication interface device connects to; and a processor , reading the user program and the setting document to execute the command for the communication interface device. a memory , containing a user program and a setting document , wherein the user program is configured to record both of a command for the communication interface device and command target information thereof, wherein the command target information comprises a device type, an identity (ID) and a port number of the communication interface device and wherein the command for the communication interface device is a communication command to be transmitted between the programmable logic controller and the external equipment through the communication interface device, and the setting document is configured to save address information corresponding to the command target information, wherein the address information indicates a connector of a coupler unit , a connector of the programmable logic controller or a slot of the programmable logic controller which the communication interface device connects to; and a processor , reading the user program and the setting document to execute the command for the communication interface device.
An apparatus comprising: a base support including a support element portion and an encasement portion , the support element portion having a first end portion and a second end portion and a top surface disposed at an angle relative to a bottom surface , the second end portion of the support element portion having a height greater than a height of the first end portion of the support element portion , the base support defines an interior region between the support element portion and the encasement portion , angled corners on the second end portion of the support element portion accommodating additional ergonomic arm and elbow placement during use of the apparatus, wherein the apparatus further comprises a support pillow member which is disposable within the interior region and a receiving portion is defined by the base support and the support pillow member when the support pillow member is disposed within the interior region, the receiving portion being usable as a relief area for a user to place a portion of a user's arm and/or shoulder. a base support including a support element portion and an encasement portion , the support element portion having a first end portion and a second end portion and a top surface disposed at an angle relative to a bottom surface , the second end portion of the support element portion having a height greater than a height of the first end portion of the support element portion , the base support defines an interior region between the support element portion and the encasement portion , angled corners on the second end portion of the support element portion accommodating additional ergonomic arm and elbow placement during use of the apparatus, wherein the apparatus further comprises a support pillow member which is disposable within the interior region and a receiving portion is defined by the base support and the support pillow member when the support pillow member is disposed within the interior region, the receiving portion being usable as a relief area for a user to place a portion of a user's arm and/or shoulder.
A reading device configured to receive and read, by an imaging element (9, 31c, or 32c), light from an object irradiated with light by a light source , the reading device characterized by comprising: a reading density setting unit configured to individually set a reading density range of the object in correction in a first reading operation for executing the correction using first reference data, for data of the object read in a visible light region, or a second reading operation for executing the correction using second reference data, for data of the object read in an invisible light region, said reading density range being set by using a reading density variable coefficient k being a value which is variable between the first reading operation and the second reading operation, wherein the reading density variable coefficient k is selected in the first reading operation or in the second reading operation, and the respective reading density variable coefficients k are set, wherein the reading density corresponds to reflectance or transmittance, wherein the first reference data and the second reference data are based on a common reference white board , and wherein the reading density setting unit controls the reading density range read in the visible light region and the reading density range read in the invisible light region to be equal. a reading density setting unit configured to individually set a reading density range of the object in correction in a first reading operation for executing the correction using first reference data, for data of the object read in a visible light region, or a second reading operation for executing the correction using second reference data, for data of the object read in an invisible light region, said reading density range being set by using a reading density variable coefficient k being a value which is variable between the first reading operation and the second reading operation, wherein the reading density variable coefficient k is selected in the first reading operation or in the second reading operation, and the respective reading density variable coefficients k are set, wherein the reading density corresponds to reflectance or transmittance, wherein the first reference data and the second reference data are based on a common reference white board , and wherein the reading density setting unit controls the reading density range read in the visible light region and the reading density range read in the invisible light region to be equal.
A method for receiving a mobile terminated, MT, service by a low-latency user equipment, UE, in a communication system, the method comprising: receiving a support service list from a low-latency target base station, BS, if the low-latency UE in an idle mode moves from a coverage of a low-latency serving BS to a coverage of the low-latency target BS; determining based on the support service list, whether a low-latency service used by the low-latency UE before the low-latency UE is in idle mode and included in an on-going service list of the low-latency UE, is supported by the low-latency target BS; and determining if a Mobile Terminated, MT, service exists among at least one on-going service in the on-going service list supported by the low-latency target BS, sending a service area update, SAU, request to the low-latency target BS through an access layer, if the low-latency service used by the low-latency UE before the low-latency UE is in idle mode supports the MT service when the low-latency service used by the low-latency UE before the low-latency UE is in idle mode exists in the support service list, wherein the SAU is a location registration of the low-latency UE for being provided with a low-latency service, and wherein the support service list is a list of at least one ongoing low-latency service provided by the low-latency target BS. receiving a support service list from a low-latency target base station, BS, if the low-latency UE in an idle mode moves from a coverage of a low-latency serving BS to a coverage of the low-latency target BS; determining based on the support service list, whether a low-latency service used by the low-latency UE before the low-latency UE is in idle mode and included in an on-going service list of the low-latency UE, is supported by the low-latency target BS; and determining if a Mobile Terminated, MT, service exists among at least one on-going service in the on-going service list supported by the low-latency target BS, sending a service area update, SAU, request to the low-latency target BS through an access layer, if the low-latency service used by the low-latency UE before the low-latency UE is in idle mode supports the MT service when the low-latency service used by the low-latency UE before the low-latency UE is in idle mode exists in the support service list, wherein the SAU is a location registration of the low-latency UE for being provided with a low-latency service, and wherein the support service list is a list of at least one ongoing low-latency service provided by the low-latency target BS.
A conveying apparatus for conveying an object , said object having at least a non-opaque portion, comprising a light source , for illuminating said object and an optical detector , for acquiring information at least relating to at least one chromatic characteristic of said non-opaque portion, said conveying apparatus also comprising a backing measurement apparatus , said backing measurement apparatus comprising: a backing material exhibiting determined chromatic characteristics and determined optical characteristics; a backing support , for supporting said backing material , said backing support comprising a curved upper surface , said curved upper surface comprising a central portion , wherein said central portion is flat and wherein light emitted by said light source optically interacts with said backing material through said non-opaque portion; said conveying apparatus being characterised in that said backing material is positioned over said central portion ; said conveying apparatus being further characterised by at least one air knife for generating a thin film of air between said object and said backing material , such that said object is not in contact with said backing material ; and by a plurality of rollers , for rolling said backing material over said backing support . a backing material exhibiting determined chromatic characteristics and determined optical characteristics; a backing support , for supporting said backing material , said backing support comprising a curved upper surface , said curved upper surface comprising a central portion , wherein said central portion is flat and wherein light emitted by said light source optically interacts with said backing material through said non-opaque portion; said conveying apparatus being characterised in that said backing material is positioned over said central portion ; said conveying apparatus being further characterised by at least one air knife for generating a thin film of air between said object and said backing material , such that said object is not in contact with said backing material ; and by a plurality of rollers , for rolling said backing material over said backing support .
A method for manufacturing a display element comprising a plurality of pixels , each pixel comprising a plurality of sub-pixels , each sub-pixel being configured to provide light of a given wavelength, the method comprising: undertaking, using a pick up tool (PUT), a first placement cycle comprising picking up a plurality of first, untested light-emitting diode (LED) dies , each first LED die comprising at least one first LED emitter configured to provide one of the plurality of sub-pixels of the display , and placing the first LED dies on a display substrate at locations corresponding to the plurality of pixels of the display ; testing the first LED emitters on the display substrate to determine one or more locations of non-functional first LED emitters; testing a plurality of second LED dies each comprising at least one second LED emitter configured to provide one of the plurality of sub-pixels of the display to determine the plurality of second LED dies as known good dies; from the plurality of second LED dies selecting one or more second LED dies based on a result of the test of the first LED emitters; configuring the selected one or more second LED dies to enable their pick up and placement on the display substrate; and undertaking, using the PUT, a second placement cycle comprising picking up the selected one or more second LED dies and placing the selected one or more second LED dies on the display substrate at the determined locations of the nonfunctional first LED emitters. undertaking, using a pick up tool (PUT), a first placement cycle comprising picking up a plurality of first, untested light-emitting diode (LED) dies , each first LED die comprising at least one first LED emitter configured to provide one of the plurality of sub-pixels of the display , and placing the first LED dies on a display substrate at locations corresponding to the plurality of pixels of the display ; testing the first LED emitters on the display substrate to determine one or more locations of non-functional first LED emitters; testing a plurality of second LED dies each comprising at least one second LED emitter configured to provide one of the plurality of sub-pixels of the display to determine the plurality of second LED dies as known good dies; from the plurality of second LED dies selecting one or more second LED dies based on a result of the test of the first LED emitters; configuring the selected one or more second LED dies to enable their pick up and placement on the display substrate; and undertaking, using the PUT, a second placement cycle comprising picking up the selected one or more second LED dies and placing the selected one or more second LED dies on the display substrate at the determined locations of the nonfunctional first LED emitters.
A composite material comprising: at least two layers of reinforcing fibers impregnated with a curable resin; an interlaminar region formed between adjacent layers of reinforcing fibers; and a combination of polymeric toughening particles (P1) and fire-retardant particles (P2) in the interlaminar region, wherein the polymeric toughening particles are particles of thermoplastic polymer(s) or crosslinked thermoplastic polymer(s), and wherein the fire retardant particles are thermally expandable in that the particles expand when exposed to fire or temperature above 200°C. at least two layers of reinforcing fibers impregnated with a curable resin; an interlaminar region formed between adjacent layers of reinforcing fibers; and a combination of polymeric toughening particles (P1) and fire-retardant particles (P2) in the interlaminar region, wherein the polymeric toughening particles are particles of thermoplastic polymer(s) or crosslinked thermoplastic polymer(s), and wherein the fire retardant particles are thermally expandable in that the particles expand when exposed to fire or temperature above 200°C.
A RF coil compression system for use with an MRI system having a main magnetic field configured to image a patient's breast comprising: a first compression plate configured to be adjacent to the patient's breast comprising a first plurality of RF coil elements, the first compression plate positioned in a plane oriented orthogonal to a direction of the main magnetic field and also orthogonal to a superior-inferior direction, the first RF coil elements having a reception sensitivity to a B1 field substantially oriented in a first direction throughout the breast wherein the first direction is configured to be orthogonal to the main magnetic field of the MRI system; and a second compression plate, configured to be positioned opposing the first compression plate and on an other side of the breast and parallel to the first compression plate and also orthogonal to the superior-inferior direction, the second compression plate comprising a second plurality of RF coil elements, the compression system characterised by the second plurality of RF coil elements having a reception sensitivity to a B1 field oriented in a direction substantially orthogonal to the first direction and to the main magnetic field of the MRI system throughout the patient's breast and further characterised by the first plurality of RF coil elements and the second plurality of RF coil elements each comprising a first butterfly RF coil element, disposed adjacent to a second butterfly RF coil element, wherein the first butterfly RF coil element is configured to overlap the second butterfly RF coil element along a length of the first and the second butterfly RF coil elements. a first compression plate configured to be adjacent to the patient's breast comprising a first plurality of RF coil elements, the first compression plate positioned in a plane oriented orthogonal to a direction of the main magnetic field and also orthogonal to a superior-inferior direction, the first RF coil elements having a reception sensitivity to a B1 field substantially oriented in a first direction throughout the breast wherein the first direction is configured to be orthogonal to the main magnetic field of the MRI system; and a second compression plate, configured to be positioned opposing the first compression plate and on an other side of the breast and parallel to the first compression plate and also orthogonal to the superior-inferior direction, the second compression plate comprising a second plurality of RF coil elements, the compression system characterised by the second plurality of RF coil elements having a reception sensitivity to a B1 field oriented in a direction substantially orthogonal to the first direction and to the main magnetic field of the MRI system throughout the patient's breast and further characterised by the first plurality of RF coil elements and the second plurality of RF coil elements each comprising a first butterfly RF coil element, disposed adjacent to a second butterfly RF coil element, wherein the first butterfly RF coil element is configured to overlap the second butterfly RF coil element along a length of the first and the second butterfly RF coil elements.
A superconducting magnet arrangement comprising - a field coil assembly having (i) coil windings with field coil windings that when in operation are electrically superconducting and (ii) connection ports for a voltage supply , - the field coil assembly's coil windings being circuited between the connection ports - and a switching module to switch a sub-section of the field coil assembly's coil windings between its electrical superconducting and electrical resistive states, said sub-section forming a switching coil circuited between the connection ports in parallel to the field coil windings , characterised in that the field coil windings and the switching coil are geometrically aligned coaxially along a common longitudinal axis while the field coil windings as well as the switching coil are azimuthally around the longitudinal axis. - a field coil assembly having (i) coil windings with field coil windings that when in operation are electrically superconducting and (ii) connection ports for a voltage supply , - the field coil assembly's coil windings being circuited between the connection ports - and a switching module to switch a sub-section of the field coil assembly's coil windings between its electrical superconducting and electrical resistive states, said sub-section forming a switching coil circuited between the connection ports in parallel to the field coil windings , characterised in that the field coil windings and the switching coil are geometrically aligned coaxially along a common longitudinal axis while the field coil windings as well as the switching coil are azimuthally around the longitudinal axis.
A push member for a caulking gun , for being assembled to a push plate at a front end portion of a push rod of the caulking gun , including: a blockable receiving portion , including a receiving space and a lip protruding from a periphery of the receiving space , the lip defining a blocking mouth , the blocking mouth and the receiving space open toward a same lateral side of the push member to form an open end ; a push portion , arranged opposite to the blockable receiving portion in a first direction, for pushing a caulk cartridge disposed on the caulking gun ; wherein when the push plate is disposable within the receiving space , the first direction is substantially parallel to a longitudinal direction of the push rod , the front end portion of the push rod is disposable within the blocking mouth , and the lip and the push plate are blockable with each other in the first direction, characterised in that the push member is integrally formed of one piece, the blockable receiving portion is integrally formed with the lip , and the push portion is integrally formed with a push head , wherein the push portion further includes a concave face around the push head . a blockable receiving portion , including a receiving space and a lip protruding from a periphery of the receiving space , the lip defining a blocking mouth , the blocking mouth and the receiving space open toward a same lateral side of the push member to form an open end ; a push portion , arranged opposite to the blockable receiving portion in a first direction, for pushing a caulk cartridge disposed on the caulking gun ; wherein when the push plate is disposable within the receiving space , the first direction is substantially parallel to a longitudinal direction of the push rod , the front end portion of the push rod is disposable within the blocking mouth , and the lip and the push plate are blockable with each other in the first direction, characterised in that the push member is integrally formed of one piece, the blockable receiving portion is integrally formed with the lip , and the push portion is integrally formed with a push head , wherein the push portion further includes a concave face around the push head .