mhurhangee/ep-ind-claims huggingface dataset:
A transmission apparatus configured to transmit by communication complying with HDMI, the transmission apparatus comprising: an identification information insertion section (53;160) configured to insert, into an HDMI AVI InfoFrame of a Data Island period of a blanking period of an image signal of a predetermined content to be transmitted, content identification information for the identification of a type of the predetermined content, and a transmission section (53; 160) configured to transmit the image signal, having the content identification information inserted in the HDMI AVI InfoFrame thereof by said identification information insertion section (53; 160), in the form of differential signals through a plurality of channels, characterized in that the content identification information is formed from a plurality of data, the plurality of data comprises first data which is one bit data and second data which is two bit data, the first data being inserted in one bit, other than the SC0, SC1, Q0, Q1 and EC0-EC2 bits, of Data Byte 3 of the AVI InfoFrame, the second data being inserted in two bits, other than the PR0-PR3 bits, of Data Byte 5 of the AVI InfoFrame, the first data of the content identification information indicates whether or not the second data is active to identify the type of the predetermined content, and the second data of the content identification information identifies whether the content is text (IT content), a still picture, a movie or home video, or a game. an identification information insertion section (53;160) configured to insert, into an HDMI AVI InfoFrame of a Data Island period of a blanking period of an image signal of a predetermined content to be transmitted, content identification information for the identification of a type of the predetermined content, and a transmission section (53; 160) configured to transmit the image signal, having the content identification information inserted in the HDMI AVI InfoFrame thereof by said identification information insertion section (53; 160), in the form of differential signals through a plurality of channels,
An magnetic resonance examination system comprising - an RF arrangement (13,16,17) with an RF antenna formed as an RF receiving coil to acquire magnetic resonance signals from an object to be examined, - a motion sensing arrangement (41,42) to detect motion information of the obj ect, - a data processor to reconstruct an magnetic resonance image from the magnetic resonance signals, - the RF arrangement being coupled to the data processor to apply the magnetic resonance signals to the data processor, - the motion sensing arrangement being coupled to the data processor to apply the detected motion information to the data processing unit, characterised in that - the RF receiving coil is provided with a flexible receiver element, wherein the motion sensing arrangement is provided with - one or more RF antenna motion sensors mounted on the RF antenna in that the one or more RF antenna motion sensors are integrated in the flexible receiver elements, and - one or more object motion sensors adapted to be attached to the object - an RF arrangement (13,16,17) with an RF antenna formed as an RF receiving coil to acquire magnetic resonance signals from an object to be examined, - a motion sensing arrangement (41,42) to detect motion information of the obj ect, - a data processor to reconstruct an magnetic resonance image from the magnetic resonance signals, - the RF arrangement being coupled to the data processor to apply the magnetic resonance signals to the data processor, - the motion sensing arrangement being coupled to the data processor to apply the detected motion information to the data processing unit, characterised in that - the RF receiving coil is provided with a flexible receiver element, wherein the motion sensing arrangement is provided with - the RF arrangement being coupled to the data processor to apply the magnetic resonance signals to the data processor, - the motion sensing arrangement being coupled to the data processor to apply the detected motion information to the data processing unit, characterised in that - the RF receiving coil is provided with a flexible receiver element, - one or more RF antenna motion sensors mounted on the RF antenna in that the one or more RF antenna motion sensors are integrated in the flexible receiver elements, and - one or more object motion sensors adapted to be attached to the object
Method for installing a building room air conditioning system, comprising the steps: ∘ supplying to a first site, in particular the installation site, a retaining cassette for mounting on a ceiling or wall having an attachment face extending substantially in a plane, ∘ assembling, at a second, remote site, an intermediate product, comprising precisely one at least 0.3 mm thick metal support plate, to one side of which a tube system is attached for directing a medium from at least one heat-conducting plate, and on the other side of which an adhesive layer and a protective layer covering the adhesive layer are disposed, ∘ transporting the intermediate product from the second to the first site, ∘ manually removing, in particular peeling off, the protective layer to expose the adhesive layer, ∘ manually adhering the intermediate product to the attachment face of the retaining cassette with the aid of the exposed adhesive layer to assemble a surface heat exchanger, ∘ mounting the assembled surface heat exchanger on the building room ceiling or wall (27, 29), in particular as part of a plurality of surface heat exchangers (26, 26', 26") disposed in a cascaded arrangement and connected in a conducting arrangement on said building room ceiling or wall (27, 29). ∘ supplying to a first site, in particular the installation site, a retaining cassette for mounting on a ceiling or wall having an attachment face extending substantially in a plane, ∘ assembling, at a second, remote site, an intermediate product, comprising precisely one at least 0.3 mm thick metal support plate, to one side of which a tube system is attached for directing a medium from at least one heat-conducting plate, and on the other side of which an adhesive layer and a protective layer covering the adhesive layer are disposed, ∘ transporting the intermediate product from the second to the first site, ∘ manually removing, in particular peeling off, the protective layer to expose the adhesive layer, ∘ manually adhering the intermediate product to the attachment face of the retaining cassette with the aid of the exposed adhesive layer to assemble a surface heat exchanger, ∘ mounting the assembled surface heat exchanger on the building room ceiling or wall (27, 29), in particular as part of a plurality of surface heat exchangers (26, 26', 26") disposed in a cascaded arrangement and connected in a conducting arrangement on said building room ceiling or wall (27, 29).
Air inlet in a surface, which has: - an opening in the surface which has a longitudinal axis, wherein a fluid is provided to flow over the air inlet in a direction of the longitudinal axis, and wherein the opening comprises an upstream edge and a downstream edge, - an outflow channel which abuts against the opening and extends at an angle to the surface, wherein the outflow channel comprises an inner wall which has an upstream casing surface and a downstream casing surface, wherein the upstream casing surface abuts against the upstream edge of the opening and the downstream casing surface abuts against the downstream edge of the opening, characterised in that - the opening abutting against the upstream edge is partially or completely covered by a lattice, and - the outflow channel has a bulge projecting into the outflow channel in the region of its upstream casing surface, which bulge constantly increases in thickness (d) in a longitudinal direction of the outflow channel abutting against the upstream edge, forms a thickness maximum (d max) and constantly decreases in its thickness after the thickness maximum (d max). - an opening in the surface which has a longitudinal axis, wherein a fluid is provided to flow over the air inlet in a direction of the longitudinal axis, and wherein the opening comprises an upstream edge and a downstream edge, - an outflow channel which abuts against the opening and extends at an angle to the surface, wherein the outflow channel comprises an inner wall which has an upstream casing surface and a downstream casing surface, wherein the upstream casing surface abuts against the upstream edge of the opening and the downstream casing surface abuts against the downstream edge of the opening, characterised in that - the opening abutting against the upstream edge is partially or completely covered by a lattice, and - the outflow channel has a bulge projecting into the outflow channel in the region of its upstream casing surface, which bulge constantly increases in thickness (d) in a longitudinal direction of the outflow channel abutting against the upstream edge, forms a thickness maximum (d max) and constantly decreases in its thickness after the thickness maximum (d max).
A method for measuring with a discovery signal, comprising: performing, by the user equipment, a received signal strength indication, RSSI, measurement in a sub-frame where a discovery signal is located when a reference signal receiving quality, RSRQ, measurement is performed based on the discovery signal; and acquiring the RSRQ according to the measured RSSI; wherein, the RSSI measurement is performed based on all orthogonal frequency division multiplexing, OFDM, symbols of the sub-frame where the discovery signal is located; and, performing, by the user equipment, the RSSI measurement in a sub-frame without a discovery signal when the RSRQ measurement is performed; and acquiring the RSRQ according to the measured RSSI; wherein the RSSI measurement is performed based on all OFDM symbols of the sub-frame without the discovery signal, or the RSSI measurement is performed based on the OFDM symbols not configured as a candidate for sending the discovery signal in the sub-frame; wherein, the sub-frame where the discovery signal is located is acquired by at least one of an emission pattern and a measurement pattern of the discovery signal configured by the base station; and the sub-frame without the discovery signal is acquired by at least one of the emission pattern and the measurement pattern. performing, by the user equipment, a received signal strength indication, RSSI, measurement in a sub-frame where a discovery signal is located when a reference signal receiving quality, RSRQ, measurement is performed based on the discovery signal; and acquiring the RSRQ according to the measured RSSI; wherein, the RSSI measurement is performed based on all orthogonal frequency division multiplexing, OFDM, symbols of the sub-frame where the discovery signal is located; and, performing, by the user equipment, the RSSI measurement in a sub-frame without a discovery signal when the RSRQ measurement is performed; and acquiring the RSRQ according to the measured RSSI; wherein the RSSI measurement is performed based on all OFDM symbols of the sub-frame without the discovery signal, or the RSSI measurement is performed based on the OFDM symbols not configured as a candidate for sending the discovery signal in the sub-frame; wherein, the sub-frame where the discovery signal is located is acquired by at least one of an emission pattern and a measurement pattern of the discovery signal configured by the base station; and the sub-frame without the discovery signal is acquired by at least one of the emission pattern and the measurement pattern.
A method for producing a polyester-co-carbonate polyol comprising: reacting one or more alcohols having an OH functionality of two or more with one or more organic diacids to form a reaction mixture; azeotropic drying of the reaction mixture by adding a first amount of dialkyl carbonate to the reaction mixture thereby forming a dialkyl carbonate-containing reaction mixture; adding a transesterification catalyst to the dialkyl carbonate containing reaction mixture; and adding a second amount of dialkyl carbonate to the catalyst containing reaction mixture. reacting one or more alcohols having an OH functionality of two or more with one or more organic diacids to form a reaction mixture; azeotropic drying of the reaction mixture by adding a first amount of dialkyl carbonate to the reaction mixture thereby forming a dialkyl carbonate-containing reaction mixture; adding a transesterification catalyst to the dialkyl carbonate containing reaction mixture; and adding a second amount of dialkyl carbonate to the catalyst containing reaction mixture.
A method of identifying the presence or absence of bladder cancer in a subject comprising: determining the expression levels of DHRS2 and UPK2, in microvesicular nucleic acid extracted from a urine sample from the subject; normalizing the expression level of UPK2 to the expression level of DHRS2 to obtain a normalized expression level of UPK2; comparing the normalized expression level of UPK2 to a predetermined cutoff value; and identifying the presence of bladder cancer in the subject when the normalized expression level of UPK2 is greater than the predetermined cutoff value or identifying the absence of bladder cancer in the subject when the normalized expression level of UPK2 is less than or equal to the predetermined cutoff value. determining the expression levels of DHRS2 and UPK2, in microvesicular nucleic acid extracted from a urine sample from the subject; normalizing the expression level of UPK2 to the expression level of DHRS2 to obtain a normalized expression level of UPK2; comparing the normalized expression level of UPK2 to a predetermined cutoff value; and identifying the presence of bladder cancer in the subject when the normalized expression level of UPK2 is greater than the predetermined cutoff value or identifying the absence of bladder cancer in the subject when the normalized expression level of UPK2 is less than or equal to the predetermined cutoff value.
Apparatus for coupling two vertical components, comprising a support made of wood, particularly glued laminated timber, and for each face side (8, 9) of the support a connector for connecting the face side (8, 9) with a respective one of the vertical components, wherein each connector has two fittings (5, 6), of which one is mounted with its one side on a face side of the support and the other one can be mounted with its one side on the respective vertical component, wherein the fittings (5, 6) can be brought into abutment with their respective other sides (11, 12), as well as two clamping jaws (18, 19) which grasp the fittings (5, 6) on diametrical ends (14, 15, 16, 17) and can be clamped against one another by means of at least one tensioning element running approximately parallel to said other sides (11, 12), characterised in that the support has a lower chord made of steel, which lower chord is anchored on each face side (8, 9) of the support on the fitting mounted thereon, wherein at least one tensioning member is provided for tensioning the lower chord.
An endoscope treatment tool comprising: a tubular sheath member (2, 23) that can be inserted into a channel of an endoscope; a wire that is inserted into an interior of the sheath member (2, 23) in such a manner that the wire can be advanced/retracted in a longitudinal direction of the sheath member (2, 23); and a distal-end treating portion that is provided at a distal end of the wire and that is made to protrude from/be pulled into a distal-end opening in the sheath member (2, 23) by advancing/retracting the wire, wherein the sheath member (2, 23) is configured having a two-layer structure in which a metal coil and a resin tube (7, 7a, 7b) are layered in a radial direction and secured to each other at least at both ends in the longitudinal direction thereof, characterised in that in the metal coil, lateral cross-sectional shapes of portions of a strand that are adjacent to each other in the longitudinal direction have a complementary depression and protrusion that are brought into tight contact with each other, and that the resin tube (7, 7a, 7b) has a flexural rigidity that is greater than that of the metal coil. a tubular sheath member (2, 23) that can be inserted into a channel of an endoscope; a wire that is inserted into an interior of the sheath member (2, 23) in such a manner that the wire can be advanced/retracted in a longitudinal direction of the sheath member (2, 23); and a distal-end treating portion that is provided at a distal end of the wire and that is made to protrude from/be pulled into a distal-end opening in the sheath member (2, 23) by advancing/retracting the wire, wherein the sheath member (2, 23) is configured having a two-layer structure in which a metal coil and a resin tube (7, 7a, 7b) are layered in a radial direction and secured to each other at least at both ends in the longitudinal direction thereof, characterised in that in the metal coil, lateral cross-sectional shapes of portions of a strand that are adjacent to each other in the longitudinal direction have a complementary depression and protrusion that are brought into tight contact with each other, and that the resin tube (7, 7a, 7b) has a flexural rigidity that is greater than that of the metal coil.
Drum practice device with a drum pad having a drum layer made of a resilient material with a planar playing surface on its upper side, wherein the drum pad comprises a felt layer disposed beneath the drum layer, and the drum layer is in full-area contact with the felt layer over its entire lower surface; characterised in that the drum layer is embodied as a coating of the felt layer, and the playing surface is a ground surface.
Method for generation of an image representative of a virtual environment comprising at least two objects (11, 12), the virtual environment being observed from a viewpoint, characterized in that said method comprises the following steps for: - computing a second item of information representative of the distance separating a second fragment of a second object from said viewpoint according to an observation direction, - comparing said second item of information with a first item of information representative of the distance separating a first fragment of a first object from said viewpoint according to said observation direction, said first item of information being stored in a first buffer memory (21, 61): • computing a third item of information representative of attributes associated with the second fragment if and only if the second item of information is less than the first item of information, storage of the second item of information in a second buffer memory (22, 62) and storage of the third item of information in a third buffer memory (23, 63), • if the second item of information is greater than the first item of information, storage of the first item of information in the second buffer memory (22, 62), the first buffer memory (21, 61) and the second buffer memory (22, 62) being used alternately in a way to be able to read access in one of the first and second buffer memories while having write access in the other first and second buffer memories. - computing a second item of information representative of the distance separating a second fragment of a second object from said viewpoint according to an observation direction, - comparing said second item of information with a first item of information representative of the distance separating a first fragment of a first object from said viewpoint according to said observation direction, said first item of information being stored in a first buffer memory (21, 61): • computing a third item of information representative of attributes associated with the second fragment if and only if the second item of information is less than the first item of information, storage of the second item of information in a second buffer memory (22, 62) and storage of the third item of information in a third buffer memory (23, 63), • if the second item of information is greater than the first item of information, storage of the first item of information in the second buffer memory (22, 62), • computing a third item of information representative of attributes associated with the second fragment if and only if the second item of information is less than the first item of information, storage of the second item of information in a second buffer memory (22, 62) and storage of the third item of information in a third buffer memory (23, 63), • if the second item of information is greater than the first item of information, storage of the first item of information in the second buffer memory (22, 62),
A tire manufacturing apparatus for mounting an annular tread on a base tire, the apparatus comprising: a drum to which the base tire is secured; a plurality of conveying means, each for holding a respective position on an inner periphery of the annular tread, disposed on a concentric circle with the center thereof being the central axis of the drum and configured to individually convey the annular tread in the direction aligned with the central axis of the drum; a plurality of motors for driving each of conveying means; a control unit for controlling the plurality of motors; and a plurality of holding means extending aligned with an extending direction of the conveying means, each for individually holding a respective conveying means; characterized in that: the apparatus comprises a detecting means for individually detecting the amount of displacement between a central position in the width direction of the annular tread and a central position in the extending direction, and the control unit controls the motors individually such that the central position in the width direction of the annular tread held by the conveying means is located at the central position in the extending direction of the holding means, based on the amount of displacement detected for each of the holding means. a drum to which the base tire is secured; a plurality of conveying means, each for holding a respective position on an inner periphery of the annular tread, disposed on a concentric circle with the center thereof being the central axis of the drum and configured to individually convey the annular tread in the direction aligned with the central axis of the drum; a plurality of motors for driving each of conveying means; a control unit for controlling the plurality of motors; and a plurality of holding means extending aligned with an extending direction of the conveying means, each for individually holding a respective conveying means; characterized in that: the apparatus comprises a detecting means for individually detecting the amount of displacement between a central position in the width direction of the annular tread and a central position in the extending direction, and the control unit controls the motors individually such that the central position in the width direction of the annular tread held by the conveying means is located at the central position in the extending direction of the holding means, based on the amount of displacement detected for each of the holding means.