mhurhangee/ep-ind-claims huggingface dataset:
Optical sensor device for down-hole operations, comprising: • an optical fiber; • a transducer; and • an intrinsic fiber optic sensor embedded in the optical fiber; wherein the transducer is arranged as to receive an input action and converting such input action into a proportional strain on the intrinsic fiber optic sensor; wherein at least the transducer and the intrinsic fiber optic sensor being enclosed by a housing, wherein the housing is filled either with a thermally-responsive substance or a pressure-responsive substance, being such device characterized in that the substance is a substance whose viscosity is reduced by at least 70% upon the change from ambient conditions to working conditions. • an optical fiber; • a transducer; and • an intrinsic fiber optic sensor embedded in the optical fiber;
A method for transmitting a random access preamble, comprising: determining, by an eNodeB, an uplink component carrier from a plurality of uplink component carriers supported by a user equipment; and transmitting, by the eNodeB, an identifier of the uplink component carrier to the user equipment to instruct the user equipment to select the uplink component carrier corresponding to the identifier from the plurality of uplink component carriers and transmit a random access preamble over the uplink component carrier; wherein transmitting by the eNodeB the identifier of the uplink component carrier to the user equipment comprises: carrying, by the eNodeB, the identifier of the uplink component carrier in a parameter of Physical Random Access Channel, PRACH, Mask Index indicating a PRACH resource over which the user equipment transmits the random access preamble, and transmitting the parameter of PRACH Mask Index to the user equipment. determining, by an eNodeB, an uplink component carrier from a plurality of uplink component carriers supported by a user equipment; and transmitting, by the eNodeB, an identifier of the uplink component carrier to the user equipment to instruct the user equipment to select the uplink component carrier corresponding to the identifier from the plurality of uplink component carriers and transmit a random access preamble over the uplink component carrier; wherein transmitting by the eNodeB the identifier of the uplink component carrier to the user equipment comprises: carrying, by the eNodeB, the identifier of the uplink component carrier in a parameter of Physical Random Access Channel, PRACH, Mask Index indicating a PRACH resource over which the user equipment transmits the random access preamble, and transmitting the parameter of PRACH Mask Index to the user equipment.
A device for adjusting at least one flexible bend concentrically to a rotatably mounted clothed drum of a card, wherein at least one respective flexible bend for guiding a plurality of circulating flat bars of a revolving card flat system is by means of several adjusting points adjustably arranged on both sides of the drum directly or indirectly at one respective lateral shield, characterized in that a means is provided with which at least one contact can be determined between the clothing of the flat bar and the clothing of the drum, so that a flexible bend is concentrically adjustable with regard to the drum, wherein at least one flat bar is formed for accommodating a spacer at least at one lateral border area, which spacer is formed for displacing the clothing away from the flat bar, locally limited in a defined distance, or to distance the same.
An addition-fragmentation agent of the formula: wherein R 2 is a (hetero)hydocarbyl linking group of valence a+2 Z is an ethylenically unsaturated polymerizable group; subscript a is 0 or 1 R 12 and R 13 are independently selected from alkyl, aryl, alkaryl and aralkyl, wherein alkyl includes straight-chained, branched, cycloalkyl groups and wherein both unsubstituted and substituted groups are included. R 12 and R 13 may be taken together to form a heterocyclic ring, with the proviso that the group has at least one abstractable H atom alpha to the N atom. R 2 is a (hetero)hydocarbyl linking group of valence a+2 Z is an ethylenically unsaturated polymerizable group; subscript a is 0 or 1 R 12 and R 13 are independently selected from alkyl, aryl, alkaryl and aralkyl, wherein alkyl includes straight-chained, branched, cycloalkyl groups and wherein both unsubstituted and substituted groups are included. R 12 and R 13 may be taken together to form a heterocyclic ring, with the proviso that the group has at least one abstractable H atom alpha to the N atom.
An automated checkout system, comprising: a data reader having a read zone, the data reader being operable to identify items being transported through the read zone; a conveyor system (30/32) having an input zone and an exit zone, the conveyor system (30/32) configured to automatically transport the items from the input zone, through the read zone of the data reader, and to the exit zone; and a lighting indicator system alighting a given color in response to input from the data reader; characterized in that the lighting indicator system is disposed at an indicator location proximate the exit zone of the conveyor system (30/32), the lighting indicator system turning on upon the item reaching or entering the indicator location; and the lighting indicator system is operative to turn on upon a leading portion of the item reaching the indicator location and then turn off upon a trailing portion of the item reaching the indicator location, or the lighting indicator system is operative to turn on and alight continuously upon a leading portion of the item reaching the indicator location. a data reader having a read zone, the data reader being operable to identify items being transported through the read zone; a conveyor system (30/32) having an input zone and an exit zone, the conveyor system (30/32) configured to automatically transport the items from the input zone, through the read zone of the data reader, and to the exit zone; and a lighting indicator system alighting a given color in response to input from the data reader; characterized in that the lighting indicator system is disposed at an indicator location proximate the exit zone of the conveyor system (30/32), the lighting indicator system turning on upon the item reaching or entering the indicator location; and the lighting indicator system is operative to turn on upon a leading portion of the item reaching the indicator location and then turn off upon a trailing portion of the item reaching the indicator location, or the lighting indicator system is operative to turn on and alight continuously upon a leading portion of the item reaching the indicator location.
An abrasive blasting system, comprising: an air subsystem being adapted to provide pressurized air; a fluid subsystem being adapted to provide fluid; a mixer being adapted to combine and mix the fluid with the pressurized air, thus changing the relative humidity of the pressurized air; and wherein the mixer has an inner contouring to compress and expand the fluid and the pressurized air, thus turbulently mixing the fluid and the pressurized air together; a media subsystem being adapted to provide abrasive media which mixes with the pressurized air and the fluid; a housing being adapted to hold an abrasive blasting gun and a blasting structure and to contain abrasive media blasted on a surface of the structure via the gun; and a control subsystem adapted to regulate the relative humidity of the pressurized air and having a control station operably associated with the fluid subsystem and in data communication with a sensor, characterised in that the sensor is in communication with the pressurized air exiting the housing, and is adapted to sense the relative humidity of the exiting air. an air subsystem being adapted to provide pressurized air; a fluid subsystem being adapted to provide fluid; a mixer being adapted to combine and mix the fluid with the pressurized air, thus changing the relative humidity of the pressurized air; and wherein the mixer has an inner contouring to compress and expand the fluid and the pressurized air, thus turbulently mixing the fluid and the pressurized air together; a media subsystem being adapted to provide abrasive media which mixes with the pressurized air and the fluid; a housing being adapted to hold an abrasive blasting gun and a blasting structure and to contain abrasive media blasted on a surface of the structure via the gun; and a control subsystem adapted to regulate the relative humidity of the pressurized air and having a control station operably associated with the fluid subsystem and in data communication with a sensor, characterised in that the sensor is in communication with the pressurized air exiting the housing, and is adapted to sense the relative humidity of the exiting air.
Use of a composition as a skin cleanser, the composition comprising a cationized hydroxypropyl cellulose and a surfactant, wherein the cationized hydroxypropyl cellulose has an anhydroglucose-derived main chain represented by the following general formula, and has a degree of substitution with cationized ethyleneoxy group of from 0.01 to 3.0 and a degree of substitution with propyleneoxy group of from 0.01 to 2.9: wherein R 1, R 2 and R 3 each independently represent a substituent having a cationized ethyleneoxy group and a propyleneoxy group represented by the following general formula; n indicates a mean degree of polymerization of anhydroglucose and is a number of from 20 to 5000, wherein one of Y 1 and Y 2 is a hydrogen atom and the other is a cationic group represented by the following general formula; PO represents a propyleneoxy group; p indicates the number of cationized ethyleneoxy groups, -CH(Y 1)-CH(Y 2)-O-, in the general formula and q indicates the number of propyleneoxy groups (-PO-) therein, each being 0 or a positive integer; in case where both of p and q are not 0, the addition sequence of the cationized ethyleneoxy group and the propyleneoxy group is not defined, and in case where p and/or q are/is 2 or more, a binding form may be any of like a block co-polymer or like a random co-polymer; wherein R 4, R 5 and R 6 each independently represent a linear or branched alkyl group having from 1 to 3 carbon atoms, and X - represents an anionic group.
A method for transmitting video information, in which at least a first bit-stream and a second bit-stream are formed from the video information, the first bit-stream comprises a first set of frames comprising at least one video frame, and the second bit-stream comprises a second set of frames comprising at least one predictive video frame, at least partly different encoding parameters are used with encoding of the frames of said first bit-stream and said second bit-stream, at least one frame of said first bit-stream is being transmitted, and the transmission is switched over from said first bit-stream to said second bit-stream, characterized in that for switching the transmission over from said first bit-stream to said second bit-stream at a location of a primary predictive switching frame in the second bit-stream, a secondary predictive switching frame corresponding to the primary predictive switching frame is transmitted, the secondary predictive switching frame having been encoded using the encoding parameters of the primary predictive switching frame in the second bit-stream and at least one reference frame from the already transmitted at least one frame of said first bit-stream wherein reconstructed pixel values of the primary predictive switching frame and the secondary predictive switching frame are identical, continuing the transmission by transmitting at least one frame subsequent to the primary predictive switching frame from said second bit-stream, and said secondary predictive switching frame is used in place of the primary predictive switching frame as a reference frame to be used in the reconstruction of said at least one predictive video frame of the second set of video frames.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a connection reconfiguration message including an identifier associated with an access point, wherein the base station supports a first radio access technology, RAT, and the access point supports a second RAT that is different from the first RAT; performing an association with the access point; transmitting, to the base station, a connection reconfiguration complete message based on the received connection reconfiguration message; and receiving data from the access point and from the base station, wherein data received from the access point includes a packet of the first RAT as a payload and a type information indicating that the packet of the first RAT is included. receiving, from a base station, a connection reconfiguration message including an identifier associated with an access point, wherein the base station supports a first radio access technology, RAT, and the access point supports a second RAT that is different from the first RAT; performing an association with the access point; transmitting, to the base station, a connection reconfiguration complete message based on the received connection reconfiguration message; and receiving data from the access point and from the base station, wherein data received from the access point includes a packet of the first RAT as a payload and a type information indicating that the packet of the first RAT is included.
A control device for controlling at least one wirelessly connected lighting device within a wireless network, wherein the control device comprises: - a transceiver configured to overhear and transmit a message within the wireless network; - a light sensor configured to detect a light signal comprising a temporal characteristic that is characteristic for an first artificial light source; - a processor operatively coupled to the light sensor and the transceiver, wherein the processor is configured to: determine, based on analyzing said temporal characteristic, a first condition that the light signal belongs to the first artificial light source, and characterised in that the processor is configured to: determine, by overhearing the wireless network with the transceiver, a second condition that no control message is transmitted within the wireless network within a time period prior to the moment of detecting said light signal, and transmit a control message to the at least one wirelessly connected lighting device upon determining said first condition and said second condition. - a transceiver configured to overhear and transmit a message within the wireless network; - a light sensor configured to detect a light signal comprising a temporal characteristic that is characteristic for an first artificial light source; - a processor operatively coupled to the light sensor and the transceiver, wherein the processor is configured to: determine, based on analyzing said temporal characteristic, a first condition that the light signal belongs to the first artificial light source, and characterised in that the processor is configured to: determine, by overhearing the wireless network with the transceiver, a second condition that no control message is transmitted within the wireless network within a time period prior to the moment of detecting said light signal, and transmit a control message to the at least one wirelessly connected lighting device upon determining said first condition and said second condition. determine, based on analyzing said temporal characteristic, a first condition that the light signal belongs to the first artificial light source, and characterised in that the processor is configured to: determine, by overhearing the wireless network with the transceiver, a second condition that no control message is transmitted within the wireless network within a time period prior to the moment of detecting said light signal, and transmit a control message to the at least one wirelessly connected lighting device upon determining said first condition and said second condition. determine, by overhearing the wireless network with the transceiver, a second condition that no control message is transmitted within the wireless network within a time period prior to the moment of detecting said light signal, and transmit a control message to the at least one wirelessly connected lighting device upon determining said first condition and said second condition.
A camera for detecting an object in a detection area, comprising an image sensor having a plurality of light-receiving elements for generating image data from received light from the detection area, receiving optics having a focus adjustment unit for setting a focus position, a change in the focus position changing an angle of incidence of the received light on the image sensor, and a control and evaluation unit configured to set the focus position for a sharp recording of image data of the object, characterized in that the control and evaluation unit is further configured to dynamically compensate for a change in sensitivity of the acquisition of image data caused by the respective angle of incidence of the received light and thus for effects of the focus adjustment on the angle of incidence of the received light.
An information processing apparatus comprising a processing unit that is configured to generate a combination list of flurochromes with respect to biomolecules on a basis of expression level categories in which a plurality of biomolecules to be used for analysis of a sample is classified on a basis of expression levels in the sample, brightness categories in which a plurality of flurochromes usable for the analysis of the sample is classified on a basis of brightness, and correlation information between the plurality of flurochromes, wherein the processing unit is configured to select the flurochromes to be allocated to the biomolecules in the combination list from flurochromes belonging to a brightness category associated with an expression level category to which the biomolecules belong and to adjust the number of flurochromes belonging to each of the brightness categories in accordance with the number of biomolecules belonging to each of the expression level categories..
A spout mounting method for mounting a spout onto a pouch, comprising: an insertion step of inserting the spout into the pouch such that a mounting portion of the spout is held between opening edges of the pouch which have not been sealed; a temporary fixing step of temporarily fixing the spout which is inserted into the pouch to the pouch; and a sealing step of fixing the mounting portion of the spout which is temporarily fixed to the pouch onto the pouch by heat-sealing, wherein during the temporary fixing step, the opening edges of the pouch are fixed together near both side edges of the mounting portion of the spout by spot-sealing, such that the spout is held by the opening edges of the pouch, characterised in that the spot-sealing is carried out without directly fixing the pouch to the spout by spot-sealing. an insertion step of inserting the spout into the pouch such that a mounting portion of the spout is held between opening edges of the pouch which have not been sealed; a temporary fixing step of temporarily fixing the spout which is inserted into the pouch to the pouch; and a sealing step of fixing the mounting portion of the spout which is temporarily fixed to the pouch onto the pouch by heat-sealing, wherein during the temporary fixing step, the opening edges of the pouch are fixed together near both side edges of the mounting portion of the spout by spot-sealing, such that the spout is held by the opening edges of the pouch,
A thermally insulative component for mounting on an external body comprising: a thermal barrier panel; a rigid structural member with a first side including means for mounting the thermally insulative component to the external body; and a second side opposite the first side and facing the thermal barrier panel; an air space defined between the second side of the rigid structural member and the thermal barrier panel, and separating the thermal barrier panel from the rigid structural member; a plurality of U- or V-shaped mechanically compliant connections extending through the rigid structural member, bridging the air space at regular intervals, and securing the thermal barrier panel to the rigid structural member while absorbing relative thermal and mechanical deformations of the rigid structural member and the thermal barrier panel; and a braze alloy layer abutting the first side of the rigid structural member, and securing the mechanically compliant connections to the rigid structural member. a thermal barrier panel; a rigid structural member with a first side including means for mounting the thermally insulative component to the external body; and a second side opposite the first side and facing the thermal barrier panel; an air space defined between the second side of the rigid structural member and the thermal barrier panel, and separating the thermal barrier panel from the rigid structural member; a plurality of U- or V-shaped mechanically compliant connections extending through the rigid structural member, bridging the air space at regular intervals, and securing the thermal barrier panel to the rigid structural member while absorbing relative thermal and mechanical deformations of the rigid structural member and the thermal barrier panel; and a braze alloy layer abutting the first side of the rigid structural member, and securing the mechanically compliant connections to the rigid structural member.
A composition, comprising: a cationic steroidal anti-microbial compound of Formula (Ia), or a pharmaceutically acceptable salt thereof, for use in increasing the rate of healing of a tissue wound: wherein, R 3, R 7, and R 12 are independently an aminoalkyloxy or an aminoalkylcarboxy, and wherein R 18 is alkylaminoalkyl, di(alkyl)aminoalkyl, alkoxycarbonylalkyl, alkylcarbonyloxyalkyl, alkylcarboxyalkyl, or C-carboxyalkyl.