mhurhangee/ep-ind-claims huggingface dataset:
An electronic apparatus comprising: a casing having an air vent; an electromagnetic shield plate extending along an inner face of the casing, the electromagnetic shield plate having an opening; amaincircuitboard comprising an opening, the main circuit board being configured to extend along the casing while defining a gap in conjunction with the electromagnetic shield plate, wherein a heat generating electronic component is mounted on a face of the main circuit board facing the electromagnetic shield plate; and a heat dissipating module that is mounted at a position interposed between the electromagnetic shield plate and the main circuit board, the heat dissipating module comprising: a heat dissipating fin in contact with the heat generating electronic component; a fan configured to send the air to the heat dissipating fin; and a base body connected to the fan and the heat dissipating fin, wherein the base body holds the heat dissipating fin in a position closer to a side of the electromagnetic shield plate than a position of the fan, and wherein the base body comprises a slope located between the fan and the heat dissipating fin for guiding the air sent from the fan to the heat dissipating fin, and an opening for introducing the air, the heat dissipating module being configured such that air sent from the fan passes through the heat dissipating fin and is then discharged from the air vent, wherein the electromagnetic shield plate includes a cut and raised piece which faces the slope and which is configured to obliquely guide the air sent from the fan to the heat dissipating fin along the slope. a casing having an air vent; an electromagnetic shield plate extending along an inner face of the casing, the electromagnetic shield plate having an opening; amaincircuitboard comprising an opening, the main circuit board being configured to extend along the casing while defining a gap in conjunction with the electromagnetic shield plate, wherein a heat generating electronic component is mounted on a face of the main circuit board facing the electromagnetic shield plate; and a heat dissipating module that is mounted at a position interposed between the electromagnetic shield plate and the main circuit board, the heat dissipating module comprising: a heat dissipating fin in contact with the heat generating electronic component; a fan configured to send the air to the heat dissipating fin; and a base body connected to the fan and the heat dissipating fin, a heat dissipating fin in contact with the heat generating electronic component; a fan configured to send the air to the heat dissipating fin; and a base body connected to the fan and the heat dissipating fin,
An apparatus, the apparatus comprising: a laser to generate a laser beam; a scanner to scan the laser beam; an implantable device, such as an intraocular lens, having a vision correcting axis and a marker (600a, 600b); a processor operatively coupled to the laser and the scanner, wherein the processor is configured to cause said apparatus to generate a fiducial (500d1, 500d2) on an anatomical structure of an eye of a patient to enable the marker (600a, 600b) of the implantable device to be placed in a positional relationship relative to the fiducial (500d1, 500d2) to align the vision correcting axis of the implantable device with an aberration axis of the eye, wherein the processor is configured to cause said apparatus to generate at least two fiducials (500d1, 500d2) on the anatomical structure of the eye; characterized in that a first fiducial (500d1) and a second fiducial (500d2) are generated on an internal anatomical structure of the eye to define the treatment axis extending across a pupil of the eye and wherein the marker comprises a first marker and a second marker placed on opposite sides of the implantable device to define the vision correcting axis of the implantable device and wherein the marker (600a, 600b) and the fiducial (500d1, 500d2) are visible to a user to determine an alignment of the aberration axis with the vision correcting axis. a laser to generate a laser beam; a scanner to scan the laser beam; an implantable device, such as an intraocular lens, having a vision correcting axis and a marker (600a, 600b); a processor operatively coupled to the laser and the scanner, wherein the processor is configured to cause said apparatus to generate a fiducial (500d1, 500d2) on an anatomical structure of an eye of a patient to enable the marker (600a, 600b) of the implantable device to be placed in a positional relationship relative to the fiducial (500d1, 500d2) to align the vision correcting axis of the implantable device with an aberration axis of the eye, wherein the processor is configured to cause said apparatus to generate at least two fiducials (500d1, 500d2) on the anatomical structure of the eye; characterized in that a first fiducial (500d1) and a second fiducial (500d2) are generated on an internal anatomical structure of the eye to define the treatment axis extending across a pupil of the eye and wherein the marker comprises a first marker and a second marker placed on opposite sides of the implantable device to define the vision correcting axis of the implantable device and wherein the marker (600a, 600b) and the fiducial (500d1, 500d2) are visible to a user to determine an alignment of the aberration axis with the vision correcting axis.
A cellobiohydrolase variant, comprising a substitution at a position corresponding to position 265 of SEQ ID NO: 4, wherein the numbering of the amino acid position is based on the full-length polypeptide of SEQ ID NO: 4, wherein position -26 is the first amino acid of the signal peptide and position 1 is Gln of SEQ ID NO: 4, and wherein the variant comprises the substitution S265P, and wherein the variant has at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99%, but less than 100%, sequence identity to amino acids 1-506 of SEQ ID NO: 4, and wherein the variant has cellobiohydrolase activity.
A kitchen apparatus for cooking foods comprising a base unit, a cooking utensil releasable disposed on the base unit, a control panel with a display, disposed on the base unit and a controlling unit with save data memory, and the control panel is provided with at least one a fingerprint sensor for controlling access to run the kitchen apparatus for cooking foods, and for access to data stored in the save data memory, as users fingerprints patterns, characterized in that the control panel is provided with two fingerprint sensors (6, 7), and the controlling unit analyzing whether a first fingerprint sensor is touched or a second fingerprint sensor is touched, or both are touched, for more than at least one second, and to compare scanned fingerprints with stored in the save data memory fingerprint patterns, for providing the access to run the kitchen apparatus for cooking foods.
Device for preventing the urea crystal formation within an ATS, the exhaust ATS comprising a dosing module having dosage means for producing a spray of urea-based reducing agent defining a spray cone downstream of said dosage means with respect to an exhaust gas flow, the device comprising an electric heating element, suitable to be connected to an electrical energy source, arranged in order to operatively fall within said spray cone, wherein said heating element comprises one or more resistance wires wrapped up for defining a cylindrical shape and characterized in that said spray cone defines a development axis (A1, A2, A3) and said cylindrical shape is a cone having its own developing axis coincident with the axis (A1, A2, A3) of the spray cone.
A copper phthalocyanine pigment composition comprising copper phthalocyanine, a rosin compound, copper phthalocyanine sulfonic acid or a salt thereof, and an aliphatic amine, a calcium content of the pigment composition being 200 ppm or less.
An apparatus at base station side in a wireless communication system for multi-user superposition transmission, the apparatus comprising: a superposition control unit configured to insert, into a data stream of each user equipment in a group of user equipment comprising a plurality of user equipment, a demodulation reference signal corresponding to the data stream, and superpose demodulation reference signals corresponding to data streams of respective user equipment, wherein the superposition control unit allocates a specific transmission power to the data stream of each of the plurality of user equipment, so that the data streams of respective user equipment are transmitted to the plurality of user equipment with same time-frequency resource, without using a multiple-input multiple-output performance gain and/or code division multiplexing; an indication generation unit configured to generate, for at least a first user equipment among the plurality of user equipment, an indication regarding a demodulation reference signal corresponding to a data stream of other user equipment among the plurality of user equipment, to assist the first user equipment in demodulating data transmitted in the multi-user superposition transmission; the apparatus being characterized by: a transmission unit configured to transmit the superposed demodulation reference signals and the indication to the user equipment, wherein the indication is partially transmitted via a physical layer signaling and partially transmitted via a higher layer signaling a superposition control unit configured to insert, into a data stream of each user equipment in a group of user equipment comprising a plurality of user equipment, a demodulation reference signal corresponding to the data stream, and superpose demodulation reference signals corresponding to data streams of respective user equipment, wherein the superposition control unit allocates a specific transmission power to the data stream of each of the plurality of user equipment, so that the data streams of respective user equipment are transmitted to the plurality of user equipment with same time-frequency resource, without using a multiple-input multiple-output performance gain and/or code division multiplexing; an indication generation unit configured to generate, for at least a first user equipment among the plurality of user equipment, an indication regarding a demodulation reference signal corresponding to a data stream of other user equipment among the plurality of user equipment, to assist the first user equipment in demodulating data transmitted in the multi-user superposition transmission; the apparatus being characterized by: a transmission unit configured to transmit the superposed demodulation reference signals and the indication to the user equipment, wherein the indication is partially transmitted via a physical layer signaling and partially transmitted via a higher layer signaling
Wood-based material comprising a middle layer and two outer layers containing - in the middle layer: lignocellulose-containing material bonded by a first binder composition; - in at least one outer layer: lignocellulose-containing material bonded by a second binder composition; characterized in that - the first and second binder compositions are different; - the second binder composition is a polyisocyanate-based binder composition containing lignin sulfonate; and - the first binder composition is free of lignin sulfonate. - in the middle layer: lignocellulose-containing material bonded by a first binder composition; - in at least one outer layer: lignocellulose-containing material bonded by a second binder composition; characterized in that - the first and second binder compositions are different; - the second binder composition is a polyisocyanate-based binder composition containing lignin sulfonate; and - the first binder composition is free of lignin sulfonate.
A balancing module (200, 300, 500, 600) configured to alleviate load unbalance caused during rotation of a rotating basket, the balancing module comprising: a main plate (210, 310, 510); at least one mass body provided at the main plate (210, 310, 510) to compensate unbalanced load of the rotating basket; and a drive unit (220, 320, 521) to assist the balancing module in alleviating load unbalance of the rotating basket via movement thereof; characterised by a brush (240, 241, 242) configured to transmit electric power of an external power source to said drive unit (220, 320, 521). a main plate (210, 310, 510); at least one mass body provided at the main plate (210, 310, 510) to compensate unbalanced load of the rotating basket; and a drive unit (220, 320, 521) to assist the balancing module in alleviating load unbalance of the rotating basket via movement thereof; characterised by a brush (240, 241, 242) configured to transmit electric power of an external power source to said drive unit (220, 320, 521).
A knee orthosis with a lower leg part that extends in a lower leg direction, and an upper leg part that extends in a upper leg direction, and at least one locking device, wherein the lower leg part and the upper leg part are connected to each other by at least one swivel joint such that they can be swivelled, the lower leg part and/or the upper leg part comprise a lateral splint and a medial splint, and the lower leg direction encloses a knee frontal angle with the upper leg direction, wherein the knee orthosis has a first accommodation element and a second accommodation element which can be fixed in different positions relative to each other via the at least one locking device, wherein the lateral splint and/or the medial splint comprise at least two components, which are connected to each other by a frontal joint, characterized in that the different positions of the first accommodation element and the second accommodation element lead to different knee frontal angles between the lower leg direction and the upper leg direction. a lower leg part that extends in a lower leg direction, and an upper leg part that extends in a upper leg direction, and at least one locking device, wherein the lower leg part and the upper leg part are connected to each other by at least one swivel joint such that they can be swivelled, the lower leg part and/or the upper leg part comprise a lateral splint and a medial splint, and the lower leg direction encloses a knee frontal angle with the upper leg direction, wherein the knee orthosis has a first accommodation element and a second accommodation element which can be fixed in different positions relative to each other via the at least one locking device, wherein the lateral splint and/or the medial splint comprise at least two components, which are connected to each other by a frontal joint, characterized in that the different positions of the first accommodation element and the second accommodation element lead to different knee frontal angles between the lower leg direction and the upper leg direction.
A method comprising: performing, by a spectrum sharing adaptation system, allocation and transmission authorization of a shared spectrum resource to a network element of a communication network, wherein the shared spectrum resource is on frequencies non-exclusively licensed to the communication network, and wherein the spectrum sharing adaptation system allocates the shared spectrum resource to the network element by using a first spectrum sharing protocol; acquiring, by the spectrum sharing adaptation system, allocation and transmission authorization of the shared spectrum resource from a spectrum resource manager managing utilization of spectrum resources, wherein the spectrum sharing adaptation system acquires the allocation of the shared spectrum resource by using a second spectrum sharing protocol different from the first spectrum sharing protocol; and performing, by the spectrum sharing adaptation system, adaptation between the first spectrum sharing protocol and the second spectrum sharing protocol characterized in that one of the first spectrum sharing protocol and the second spectrum sharing protocol requires synchronous information exchange and the other one of the first spectrum sharing protocol and the second spectrum sharing protocol requires asynchronous information exchange, said performing the adaptation comprising adapting the synchronous information change to the asynchronous information change by buffering at least one message received over the synchronous information change until it can be transmitted over the asynchronous information change. performing, by a spectrum sharing adaptation system, allocation and transmission authorization of a shared spectrum resource to a network element of a communication network, wherein the shared spectrum resource is on frequencies non-exclusively licensed to the communication network, and wherein the spectrum sharing adaptation system allocates the shared spectrum resource to the network element by using a first spectrum sharing protocol; acquiring, by the spectrum sharing adaptation system, allocation and transmission authorization of the shared spectrum resource from a spectrum resource manager managing utilization of spectrum resources, wherein the spectrum sharing adaptation system acquires the allocation of the shared spectrum resource by using a second spectrum sharing protocol different from the first spectrum sharing protocol; and performing, by the spectrum sharing adaptation system, adaptation between the first spectrum sharing protocol and the second spectrum sharing protocol characterized in that one of the first spectrum sharing protocol and the second spectrum sharing protocol requires synchronous information exchange and the other one of the first spectrum sharing protocol and the second spectrum sharing protocol requires asynchronous information exchange, said performing the adaptation comprising adapting the synchronous information change to the asynchronous information change by buffering at least one message received over the synchronous information change until it can be transmitted over the asynchronous information change.
A method for producing a ventilation bore in a thrust bearing of a crankcase of a reciprocating internal combustion engine by milling with a milling cutter, wherein the milling cutter is an angular milling cutter, characterised in that the milling cutter is introduced into the crankcase in the direction of a cylinder longitudinal axis, and is moved in the direction of a crankcase longitudinal axis until the thrust bearing is perforated, and the milling cutter is moved in the direction of a plane perpendicular to the crankcase longitudinal axis once the thrust bearing is perforated, and moving the milling cutter back in the direction of the crankcase longitudinal axis, and then removing the milling cutter from the crankcase by moving the milling cutter in the direction of the cylinder longitudinal axis.
A system capable of transcutaneous measurement of a subject, wherein the system comprises: (a) at least one light source for shining light onto or through the skin of the subject; and (b) at least one light detector for receiving light reflected from the tissues of the subject's skin or from the tissues underlying the subject's skin and converting the reflected light into a detected signal; characterized by (c) at least one component (7, 101) adapted to generate and store at least one value for each of VCO 2 and VO 2 from the detected signal, wherein VO 2 corresponds to the instantaneous rate of oxygen consumption of the subject and wherein VCO 2 corresponds to the instantaneous rate of carbon dioxide production by the subject; wherein said at least one component (7, 101) is further adapted to continuously calculate a real-time respiratory quotient of the subject from real-time values of VCO 2 and VO 2 and to use the real-time respiratory quotient to determine a real-time energy uptake of the subject. (a) at least one light source for shining light onto or through the skin of the subject; and (b) at least one light detector for receiving light reflected from the tissues of the subject's skin or from the tissues underlying the subject's skin and converting the reflected light into a detected signal; characterized by (c) at least one component (7, 101) adapted to generate and store at least one value for each of VCO 2 and VO 2 from the detected signal, wherein VO 2 corresponds to the instantaneous rate of oxygen consumption of the subject and wherein VCO 2 corresponds to the instantaneous rate of carbon dioxide production by the subject;
Formulation intended for the oral route comprising a hydroxystilbene corresponding to formula 1 in which n is an integer comprised between 0 and 4 inclusive, and m is an integer comprised between 0 and 5 inclusive, in cis or trans form, as well as their hydroxyalkyl-containing derivatives, at least one polysorbate and at least polyglyceryl-3-dioleate for improving the intestinal absorption of said hydroxystilbene.
A transfer system comprising: a conveying/positioning device configured to convey and position a flat sheet-shaped mold in a predetermined direction, on which a fine transfer pattern is formed; a transfer device configured to transfer the fine transfer pattern to a molding target, the transfer device being provided on an upstream side in the conveying direction of the conveying/positioning device; and a peeling device configured to peel off the sheet-shaped mold and the molding target from those mutually clinging to each other, after the transfer by the transfer device is performed and the conveyance by the conveying/positioning device is performed, the peeling device being provided on a downstream side in the conveying direction of the conveying/positioning device, and the conveying/positioning device stops conveyance of the flat sheet-shaped mold when the transfer device performs the transfer or the peeling device performs the peeling. a conveying/positioning device configured to convey and position a flat sheet-shaped mold in a predetermined direction, on which a fine transfer pattern is formed; a transfer device configured to transfer the fine transfer pattern to a molding target, the transfer device being provided on an upstream side in the conveying direction of the conveying/positioning device; and a peeling device configured to peel off the sheet-shaped mold and the molding target from those mutually clinging to each other, after the transfer by the transfer device is performed and the conveyance by the conveying/positioning device is performed, the peeling device being provided on a downstream side in the conveying direction of the conveying/positioning device, and the conveying/positioning device stops conveyance of the flat sheet-shaped mold when the transfer device performs the transfer or the peeling device performs the peeling.