mhurhangee/ep-ind-claims huggingface dataset:
A display device with a capacitive touch panel comprising: a display unit; and a capacitive touch panel which is disposed in front of the display unit such that a gap is provided between the capacitive touch panel and the display unit, wherein the capacitive touch panel has an outer edge which is fixed to the display unit via an adhesive layer therebetween, wherein the capacitive touch panel comprises one transparent substrate, a first conductive layer which is provided on a back surface, which faces toward the display unit, of the transparent substrate, and a first protective sheet which is laminated on the first conductive layer via a first adhesive layer, characterized in that the first protective sheet is composed of a base material and a hard coating layer provided on one surface of the base material, and the hard coating layer has an irregular surface having a surface roughness of 1.5 nm to 400 nm, and wherein the irregular surface of the hard coating layer is opposed to the display unit. a display unit; and a capacitive touch panel which is disposed in front of the display unit such that a gap is provided between the capacitive touch panel and the display unit, wherein the capacitive touch panel has an outer edge which is fixed to the display unit via an adhesive layer therebetween, wherein the capacitive touch panel comprises one transparent substrate, a first conductive layer which is provided on a back surface, which faces toward the display unit, of the transparent substrate, and a first protective sheet which is laminated on the first conductive layer via a first adhesive layer, characterized in that the first protective sheet is composed of a base material and a hard coating layer provided on one surface of the base material, and the hard coating layer has an irregular surface having a surface roughness of 1.5 nm to 400 nm, and
A method of handling emergency session at a mobile device in a wireless communication system, the method comprising: having an ongoing packet switched, PS, emergency session; the method being characterized by further comprising: keeping the ongoing PS emergency session active when subscriber identity module, SIM, contact is lost (304, 306); and sending a GMM or SM message to a network to inform the network that the SIM contact is lost. having an ongoing packet switched, PS, emergency session; the method being characterized by further comprising: keeping the ongoing PS emergency session active when subscriber identity module, SIM, contact is lost (304, 306); and sending a GMM or SM message to a network to inform the network that the SIM contact is lost. keeping the ongoing PS emergency session active when subscriber identity module, SIM, contact is lost (304, 306); and sending a GMM or SM message to a network to inform the network that the SIM contact is lost.
A system for providing a stress relieving therapeutic benefit to a person, the system comprising a wearable article having first and second tactile stimulators bilaterally positioned in the article to be in therapeutic contact with the person when the article is worn by the person, and a controller communicably coupled to the first and second tactile stimulators, wherein the controller is configured to: (a) activate the first tactile stimulator to provide a first stimulation for a first time period; (b) activate the second tactile stimulator to apply a second stimulation for a second time period beginning prior to a cessation of the first time period; (c) repeat steps (a) and (b) for a therapeutically effective number of repetitions; whereby, the first and second stimulations are applied bilaterally to the body of the person without a perceivable pause in stimulation between the first stimulation and second stimulation to provide the therapeutic benefit to the person. (a) activate the first tactile stimulator to provide a first stimulation for a first time period; (b) activate the second tactile stimulator to apply a second stimulation for a second time period beginning prior to a cessation of the first time period; (c) repeat steps (a) and (b) for a therapeutically effective number of repetitions;
A pressure exchanger comprising a drum rotatable around a rotational axis, a motor connection for driving said drum, a first front plate arrangement at a first front face of said drum, a second front plate arrangement at a second front face of said drum, said drum comprising a plurality of cylinders, said first front plate arrangement comprising a first front plate and a pressure shoe, said first front plate comprising at least a port, characterized in that said pressure shoe is movable relative to the drum in a direction of said rotational axis and comprises at least a high pressure channel connected to said port and an outer pressure area loaded by a pressure in said port in a direction towards said drum, said outer pressure area being larger than an inner pressure area on a side of said pressure shoe facing said drum, whereby the force on the pressure shoe acting in a direction towards the drum is larger than the force acting in the opposite direction so that the pressure shoe is firmly pressed against the drum.
A product integrity indicator system, comprising: (a) a radio frequency transponder module including a RFID integrated circuit having a first memory, the radio frequency transponder module further including an antenna; (b) one or more sensors configured to monitor time and/or temperature and/or other sensor data related to the condition of a product, (c) said system having a second memory configured to store sensor data; (d) a two-way communications interface configured to couple said second memory to the RFID integrated circuit first memory, wherein the one or more sensors are operative to communicate with the RFID integrated circuit by way of the communications interface; and (e) a condition control module comprising an RF reader operative to communicate with the radio frequency transponder module to control the data sent to or received from the RFID integrated circuit first memory under software control. (a) a radio frequency transponder module including a RFID integrated circuit having a first memory, the radio frequency transponder module further including an antenna; (b) one or more sensors configured to monitor time and/or temperature and/or other sensor data related to the condition of a product, (c) said system having a second memory configured to store sensor data; (d) a two-way communications interface configured to couple said second memory to the RFID integrated circuit first memory, wherein the one or more sensors are operative to communicate with the RFID integrated circuit by way of the communications interface; and (e) a condition control module comprising an RF reader operative to communicate with the radio frequency transponder module to control the data sent to or received from the RFID integrated circuit first memory under software control.
A pump to motor connection system for an implantable blood pump, comprising: a pump housing including an impeller disposed therein; a motor housing including a motor disposed therein, the motor housing being spaced a distance from the pump housing; a flexible outer sheath coupling the pump housing to the motor housing, the outer sheath defining a maximum total length between 7 and 10 centimeters; and an inner shaft coaxial with the outer sheath, the inner shaft coupling the motor to the impeller; wherein the pump housing is sized to be received and configured to be implanted within the left ventricle and the motor housing is sized to be received and configured to be implanted within the ascending aorta; or wherein the pump housing is sized to be received and configured to be implanted within the right ventricle and the motor housing is sized to be received and configured to be implanted downstream of a pulmonary valve. a pump housing including an impeller disposed therein; a motor housing including a motor disposed therein, the motor housing being spaced a distance from the pump housing; a flexible outer sheath coupling the pump housing to the motor housing, the outer sheath defining a maximum total length between 7 and 10 centimeters; and a motor housing including a motor disposed therein, the motor housing being spaced a distance from the pump housing; a flexible outer sheath coupling the pump housing to the motor housing, the outer sheath defining a maximum total length between 7 and 10 centimeters; and an inner shaft coaxial with the outer sheath, the inner shaft coupling the motor to the impeller; wherein the pump housing is sized to be received and configured to be implanted within the left ventricle and the motor housing is sized to be received and configured to be implanted within the ascending aorta; or wherein the pump housing is sized to be received and configured to be implanted within the right ventricle and the motor housing is sized to be received and configured to be implanted downstream of a pulmonary valve.
A test arrangement (4; 9; 17; 21) having: a test interface (11; 11a) configured to provide a plurality of first test signals (i -i(n)) to a satellite communications apparatus; wherein: the test interface includes a first waveguide, a plurality of second waveguides (13; 13a) coupled to the first waveguide and a plurality of first ports (15 -15(n)) corresponding to respective ones of the second waveguides; the first waveguide is arranged to receive a first input signal (i through a first input port; the first waveguide and the second waveguides are configured to propagate the first input signal; and the first ports are arranged to output the first input signal propagated in respective ones of the second waveguides as respective first test signals, each of the first test signals being substantially the same as the first input signal. a test interface (11; 11a) configured to provide a plurality of first test signals (i -i(n)) to a satellite communications apparatus; the test interface includes a first waveguide, a plurality of second waveguides (13; 13a) coupled to the first waveguide and a plurality of first ports (15 -15(n)) corresponding to respective ones of the second waveguides; the first waveguide is arranged to receive a first input signal (i through a first input port; the first waveguide and the second waveguides are configured to propagate the first input signal; and the first ports are arranged to output the first input signal propagated in respective ones of the second waveguides as respective first test signals, each of the first test signals being substantially the same as the first input signal.
A method of biomass production using a modified alga that has a suppressed expression of ATG8 and overexpression of MEX 1 as compared to that of the reference strain.
A tape printing system comprising a tape printing apparatus and a tape cartridge which can be detachably installed on a cartridge installation portion of the tape printing apparatus having a first shaft and a second shaft on the cartridge installation portion on which the tape cartridge can be detachably installed, the tape cartridge comprising: grasping portions, which allows the tape cartridge to be grasped when the tape cartridge is attached/detached, at two opposite places on a side surface thereof; a platen having a first reception portion in which the first shaft of the tape printing apparatus is inserted when the tape cartridge is installed in the tape printing apparatus; a second reception portion in which the second shaft of the tape printing apparatus is inserted when the tape cartridge is installed in the tape printing apparatus; and a cartridge casing that forms an outline of the tape cartridge, wherein, when seen from an attaching direction of the tape cartridge, the cartridge case has an L-letter shape, the second reception portion is positioned on an opposite side over an imaginary line connecting the grasping portions at the two places together with respect to the first reception portion and disposed at a position closer to one grasping portion farther from the first reception portion than the other grasping portion among the grasping portions at the two places. grasping portions, which allows the tape cartridge to be grasped when the tape cartridge is attached/detached, at two opposite places on a side surface thereof; a platen having a first reception portion in which the first shaft of the tape printing apparatus is inserted when the tape cartridge is installed in the tape printing apparatus; a second reception portion in which the second shaft of the tape printing apparatus is inserted when the tape cartridge is installed in the tape printing apparatus; and a cartridge casing that forms an outline of the tape cartridge, wherein, when seen from an attaching direction of the tape cartridge, the cartridge case has an L-letter shape, the second reception portion is positioned on an opposite side over an imaginary line connecting the grasping portions at the two places together with respect to the first reception portion and disposed at a position closer to one grasping portion farther from the first reception portion than the other grasping portion among the grasping portions at the two places.
Rack with at least one storage box for small items, in particular screws, the storage box having a base and at least two side walls (14, 16), which extend from the base and are arranged in the longitudinal direction above the base, wherein a first side wall and a second side wall (14, 16) are arranged opposite to one another, as seen in the transverse direction of the storage box, and wherein parallel to the first and second side walls (14, 16), as seen in the longitudinal direction of the storage box, the base has a centre and also a front half and a rear half, characterized in that the base and/or pedestal walls (22, 24), which run beneath the base in extension of the first side wall and the second side wall (14, 16), respectively, define(s) a first groove and/or stops for forming a first groove-like mount, which runs perpendicularly in relation to the first side wall and the second side wall and in the region of the centre or of the rear half of the base, and in that the rack has means for engaging in the first groove or the first groove-like mount of the storage box and also has at least one stop for the storage box above the engaging means, so that, when the engaging means engage in the first groove or in the first groove-like mount and the storage box butts against the stop, the storage box assumes a first tilted and stable position, in which it has been pulled some way out of the rack.
An apparatus (110-C) configured to support a multipath transport connection including a set of transport connections, the apparatus comprising: a processor and a memory communicatively connected to the processor, the processor configured to: receive a data packet via a first transport connection of the set of transport connections, wherein the data packet is a user data packet belonging to a first user data flow; and configured to: send, via the first transport connection, a first acknowledgment packet acknowledging receipt of the data packet via the first transport connection; and characterized by being configured to send, via a second transport connection of the set of transport connections, a second acknowledgment packet acknowledging receipt of the data packet via the first transport connection, wherein the first acknowledgment packet and the second acknowledgment packet each include an identifier associated with the first transport connection, and wherein the identifier associated with the first transport connection is included in an unused header field of the first acknowledgment packet and is included in an unused header field of the second acknowledgment packet. receive a data packet via a first transport connection of the set of transport connections, wherein the data packet is a user data packet belonging to a first user data flow; and configured to: send, via the first transport connection, a first acknowledgment packet acknowledging receipt of the data packet via the first transport connection; and characterized by being configured to send, via a second transport connection of the set of transport connections, a second acknowledgment packet acknowledging receipt of the data packet via the first transport connection, wherein the first acknowledgment packet and the second acknowledgment packet each include an identifier associated with the first transport connection, and wherein the identifier associated with the first transport connection is included in an unused header field of the first acknowledgment packet and is included in an unused header field of the second acknowledgment packet. send, via the first transport connection, a first acknowledgment packet acknowledging receipt of the data packet via the first transport connection; and characterized by being configured to send, via a second transport connection of the set of transport connections, a second acknowledgment packet acknowledging receipt of the data packet via the first transport connection, wherein the first acknowledgment packet and the second acknowledgment packet each include an identifier associated with the first transport connection, and wherein the identifier associated with the first transport connection is included in an unused header field of the first acknowledgment packet and is included in an unused header field of the second acknowledgment packet.
A system for treating a tissue site with reduced pressure, the system comprising: a reduced-pressure source that produces reduced pressure and a positive pressure exhaust; and an offloading pressure component having a deflated state and an inflated state, the offloading pressure component comprising at least one flexible wall (174, 176) forming an inner space of the offloading pressure component, the inner space fluidly coupled to the reduced-pressure source and operable to receive the positive pressure exhaust generated by the reduced-pressure source. a reduced-pressure source that produces reduced pressure and a positive pressure exhaust; and an offloading pressure component having a deflated state and an inflated state, the offloading pressure component comprising at least one flexible wall (174, 176) forming an inner space of the offloading pressure component, the inner space fluidly coupled to the reduced-pressure source and operable to receive the positive pressure exhaust generated by the reduced-pressure source.
An electric apparatus of a bio-signal measurement system, wherein the electric apparatus, which is non-disposable, comprises a front part and a back part; the front part comprises a compartment at a back side of the front part, the compartment being configured to house the back part when inserted therein; the back part comprises electric circuit conductors and an extension plate, which is configured to extend to the front part within the electric apparatus; the extension plate comprises first electric contacts of the electric circuit conductors, the first electric contacts being configured to reside within the front part when the back part is within the compartment, the first electric contacts acting as counter-electrodes for electrodes of a front flap of a disposable patch electrode structure; the electric apparatus is configured receive the front flap of the disposable patch electrode structure into a volume of the front part for forming a contact between the first electric contacts and the electrodes of the front flap; at least one of the back part and the front part comprises resin holes, and the compartment contains resin received through the resin holes, the resin being configured immobilize the front part and the back part with respect to each other and attaching them together. the electric apparatus, which is non-disposable, comprises a front part and a back part; the front part comprises a compartment at a back side of the front part, the compartment being configured to house the back part when inserted therein; the back part comprises electric circuit conductors and an extension plate, which is configured to extend to the front part within the electric apparatus; the extension plate comprises first electric contacts of the electric circuit conductors, the first electric contacts being configured to reside within the front part when the back part is within the compartment, the first electric contacts acting as counter-electrodes for electrodes of a front flap of a disposable patch electrode structure; the electric apparatus is configured receive the front flap of the disposable patch electrode structure into a volume of the front part for forming a contact between the first electric contacts and the electrodes of the front flap; at least one of the back part and the front part comprises resin holes, and the compartment contains resin received through the resin holes, the resin being configured immobilize the front part and the back part with respect to each other and attaching them together.
A method, performed by a controlling node (500, 700) of a cellular network for wireless communication, to control a signal combining operation performed on uplink radio signals transmitted from a User Equipment, UE, present in a cell served by multiple radio nodes (RN2-RN9) in the cellular network using a same cell identifier, the method comprising: - receiving signal quality information from the UE indicating a signal quality measured by the UE on a node-specific probing pilot signal (P 2 -P 9) transmitted on a Fractional Common Pilot Channel (F-CPICH) from each of the multiple radio nodes, - selecting a subset (RN2-RN3) of the multiple radio nodes based on the received signal quality information, and - performing the signal combining operation on the uplink radio signals received by the selected subset of the multiple radio nodes,wherein said signal quality information further indicates a signal quality measured by the UE on a pilot signal transmitted on a Primary Common Pilot Channel (P-CPICH) that is common to all the radio nodes. - receiving signal quality information from the UE indicating a signal quality measured by the UE on a node-specific probing pilot signal (P 2 -P 9) transmitted on a Fractional Common Pilot Channel (F-CPICH) from each of the multiple radio nodes, - selecting a subset (RN2-RN3) of the multiple radio nodes based on the received signal quality information, and - performing the signal combining operation on the uplink radio signals received by the selected subset of the multiple radio nodes,wherein said signal quality information further indicates a signal quality measured by the UE on a pilot signal transmitted on a Primary Common Pilot Channel (P-CPICH) that is common to all the radio nodes.
Non-transgenic tomato plant which carries a modified SlAN2 gene in its genome, wherein the modified SlAN2 gene is located on chromosome 10, and the modified SIAN2 gene is as comprised in the genome of a tomato plant representative seed of which was deposited with the NCIMB under deposit number NCIMB 42470, wherein the modified SlAN2 gene comprises a single nucleotide polymorphism from a G to a T on position 610 of the coding sequence of Solycl0g086250 in public tomato genome, release SL2.50, annotation ITAG2.4, accessible at www.solgenomics.net, resulting in an amino acid change at position 204 from Aspartic acid to Tyrosine.