mhurhangee/ep-ind-claims huggingface dataset:
A screening arrangement adapted to be mounted in a frame to obtain a mounted position, consisting of a top element including a cover extending, in the mounted position, in a first longitudinal direction defining a width direction, two side rails (8, 9), each side rail (8, 9) extending, in the mounted position, in a second longitudinal direction defining a height direction, said first and second longitudinal direction defining a plane, optionally a bottom element and a screening body, said screening body including a first end edge, a second end edge and two side edges, the first end edge being accommodated in the top element and the second end edge fastened to the bottom element, said bottom element being movable between a non-screening position close to the top element and a screening position at a distance from the top element, the side edges being guided in said side rails (8, 9), and a set of angular brackets, characterized in that said top element is provided with a top rail forming the front side of the top element and being connected to the cover of the top element, said top rail extending in said first longitudinal direction between a first mitred end and a second mitred end, each of said side rails (8, 9) having a first end and second mitred end, the second mitred end of each side rail (8, 9) being adapted to be joined to the first and second mitred end, respectively, of said top rail, that each angular bracket is adapted to cooperate with reception means (447, 820) in the back side of the top rail and in the back side of the respective side rail (8, 9), that each angular bracket has a substantially plane configuration and includes a first leg and a second leg, said first and second legs (850, 860) being adapted to be positioned substantially in parallel with said plane in the mounted position, and that said reception means are provided as a track in the back side of the top rail and a track in the back side of each side rail (8, 9), respectively.
A method in a user equipment for adjusting signals transmitted in uplink to a network node, based on a feedback value received from the network node, characterized in that, the method comprising the steps of: transmitting a signal to the network node, receiving a feedback signal from the network node that provides feedback in response to the transmitted signal, obtaining a time delay value of the received feedback signal, determining if the received feedback signal is related to the uplink signal transmitted on a transmission antenna of at least two transmission antennas used for uplink transmission based on the time delay value, and adjusting signals transmitted in the uplink based on the value of the time delay of the received feedback signal to compensate for the obtained time delay value of the received feedback signal and by selecting one transmission antenna of the at least two transmission antennas to be used for uplink transmission, based on the received feedback signal related to the transmission antenna used for uplink transmission. transmitting a signal to the network node, receiving a feedback signal from the network node that provides feedback in response to the transmitted signal, obtaining a time delay value of the received feedback signal, determining if the received feedback signal is related to the uplink signal transmitted on a transmission antenna of at least two transmission antennas used for uplink transmission based on the time delay value, and adjusting signals transmitted in the uplink based on the value of the time delay of the received feedback signal to compensate for the obtained time delay value of the received feedback signal and by selecting one transmission antenna of the at least two transmission antennas to be used for uplink transmission, based on the received feedback signal related to the transmission antenna used for uplink transmission.
A system for detecting electromagnetic radiation from the contents of a receptacle, said system comprising: a receptacle holding area configured to hold a receptacle; a detection element configured to receive electromagnetic radiation and further adapted to generate a signal corresponding to a characteristic of the electromagnetic radiation received by the detection element; a transmission element disposed between a receptacle held in said receptacle holding area and said detection element and adapted to transmit electromagnetic radiation from the contents of the receptacle to the detection element; anda thermal element in thermal conductivity with at least a portion of said transmission element and incorporated in said transmission element and wherein said thermal element is constructed and arranged to apply thermal energy to at least a portion of said transmission element a receptacle holding area configured to hold a receptacle; a detection element configured to receive electromagnetic radiation and further adapted to generate a signal corresponding to a characteristic of the electromagnetic radiation received by the detection element; a transmission element disposed between a receptacle held in said receptacle holding area and said detection element and adapted to transmit electromagnetic radiation from the contents of the receptacle to the detection element; anda thermal element in thermal conductivity with at least a portion of said transmission element and incorporated in said transmission element and wherein said thermal element is constructed and arranged to apply thermal energy to at least a portion of said transmission element
A method at an evolved Node B, eNB, for a cell operating in time division duplex with a first configuration and having a neighbor cell eNB operating in time division duplex with a second configuration, the method comprising: receiving, from the neighbor cell eNB an interference overload indicator information element, the interference overload indicator information element including an interference type field, the interference type field having one of two values, the two values comprising a first value indicating eNB-to-eNB interference and a second value indicating User Equipment to User Equipment, UE-to-UE, interference; and performing (1042, 1024, 1026) interference mitigation based on the interference type indication received from the neighbor cell eNB, wherein the mitigating for eNB-to-eNB interference comprises either: reducing transmit powers in subframes that can cause eNB-to-eNB interference; or initiating a frequency reuse plan with the neighbor cell eNB, and wherein mitigating for UE-to-UE interference comprises either: reducing transmit powers of scheduled user equipments; or initiating a frequency reuse plan with the neighbor cell eNB. receiving, from the neighbor cell eNB an interference overload indicator information element, the interference overload indicator information element including an interference type field, the interference type field having one of two values, the two values comprising a first value indicating eNB-to-eNB interference and a second value indicating User Equipment to User Equipment, UE-to-UE, interference; and performing (1042, 1024, 1026) interference mitigation based on the interference type indication received from the neighbor cell eNB, wherein the mitigating for eNB-to-eNB interference comprises either: reducing transmit powers in subframes that can cause eNB-to-eNB interference; or initiating a frequency reuse plan with the neighbor cell eNB, and wherein mitigating for UE-to-UE interference comprises either: reducing transmit powers of scheduled user equipments; or initiating a frequency reuse plan with the neighbor cell eNB.
A fire control device for a power storage system, characterized by comprising: a box configured to accommodate a battery system; a power wire connected with the box and having a power receiving end and a power output end, wherein the power receiving end is configured to couple to the battery system and the power output end is outside the box; a pressure relieving check valve extending through a wall thickness of the box and having a first input end and a first output end, wherein the first input end is located inside the box and the first output end is located outside the box, a state of the pressure relieving check valve is switched between a first open state and a first closed state according to a pressure difference between an inside of the box and an outside of the box; a fire extinguishing check valve extending through the wall thickness of the box and having a second input end and a second output end, wherein the second input end is located outside the box and the second output end is located inside the box, a state of the fire extinguishing check valve is switched between a second open state and a second closed state according to the pressure difference between the inside of the box and the outside of the box; and a fire extinguisher disposed in the box and connected to the pressure relieving check valve, wherein the fire extinguisher is switched between a starting mode and a stopping mode according to the state of the pressure relieving check valve. a box configured to accommodate a battery system; a power wire connected with the box and having a power receiving end and a power output end, wherein the power receiving end is configured to couple to the battery system and the power output end is outside the box; a pressure relieving check valve extending through a wall thickness of the box and having a first input end and a first output end, wherein the first input end is located inside the box and the first output end is located outside the box, a state of the pressure relieving check valve is switched between a first open state and a first closed state according to a pressure difference between an inside of the box and an outside of the box; a fire extinguishing check valve extending through the wall thickness of the box and having a second input end and a second output end, wherein the second input end is located outside the box and the second output end is located inside the box, a state of the fire extinguishing check valve is switched between a second open state and a second closed state according to the pressure difference between the inside of the box and the outside of the box; and a fire extinguisher disposed in the box and connected to the pressure relieving check valve, wherein the fire extinguisher is switched between a starting mode and a stopping mode according to the state of the pressure relieving check valve.
A household appliance comprising a panel, a knob that is disposed on the panel and that provides various program parameters to be selected by being rotated by the user and a circuit board that detects the program parameters selected by the user by means of the knob and that is placed behind the panel in alignment with the knob, wherein a shaft is integrated with the knob, transmitting the movement of the knob to the circuit board, characterized by - a holder that is fastened to the inner face of the panel so as to be between the knob and the circuit board and to one side of which the knob is mounted and to the other side the circuit board and wherein the free end of said shaft is passed through the holder to be connected to the circuit board, wherein a bearing is located almost at the center of the holder, through which the shaft is passed. - a holder that is fastened to the inner face of the panel so as to be between the knob and the circuit board and to one side of which the knob is mounted and to the other side the circuit board and wherein the free end of said shaft is passed through the holder to be connected to the circuit board, wherein a bearing is located almost at the center of the holder, through which the shaft is passed.
A method for operating a communications controller, the method comprising: determining, by the communications controller, communications requirements for a machine-type device, MTD; assigning, by the communications controller, a first signal waveform selected from a plurality of signal waveforms to the MTD in accordance with the determined communications requirements, wherein each signal waveform has an associated characteristic signal bandwidth, and wherein the plurality of signal waveforms include waveforms having different characteristic signal bandwidths; and transmitting, by the communications controller, information about the first signal waveform to the MTD. determining, by the communications controller, communications requirements for a machine-type device, MTD; assigning, by the communications controller, a first signal waveform selected from a plurality of signal waveforms to the MTD in accordance with the determined communications requirements, wherein each signal waveform has an associated characteristic signal bandwidth, and wherein the plurality of signal waveforms include waveforms having different characteristic signal bandwidths; and transmitting, by the communications controller, information about the first signal waveform to the MTD.
A process for the production of tri-, tetra- and/or pentachlorinated alkanes from one or more mono and/or dichlorinated alkanes comprising chlorinating the mono and/or dichlorinated alkane in the presence of a single ionic chlorination catalyst consisting of aluminum chloride, wherein the chlorinating agent comprises sulfuryl chloride.
A method for casting concrete products, in which method concrete products are cast with a circulating line casting process (1, 1') where casting mold tables are transferred from one workstation to another, and the time which a mold table remains in a workstation is determined and stored for further analysis, wherein the operation of the circulating line casting process (1, 1') is controlled to allow passage of a mold table through all or some of the workstations and the required work steps without additional delays in order to obtain correct time determinations for the time the mold table is worked on in one or more workstations characterized in that the time determination for a workstation is carried out only if the next workstation has been free for a predetermined time period or longer than the predetermined time period.
Sprayer including a container of product to be sprayed, provided with a delivery opening for this product, and a spraying assembly, said spraying assembly being in fluid communication with this delivery opening and being securable onto this container by insertion about a mounting axis, this spraying assembly including a sprayer body delimiting a proximal area conformed so as to be securable to said container, and including a distal wall, transverse to said mounting axis, in which a spraying aperture is arranged, and a cap intended to be mounted on the sprayer body; characterized in that: - the cap includes a wall transverse to said mounting axis, being sufficiently rigid so as to bear without substantial damaging a force from 50 to 100 N necessary to secure this sprayer body to said container and thus to enable the transmission to said sprayer body of this force; - the sprayer body and the cap form complementary engaging surfaces (13, 21) making it possible, when they are engaged, to axially limit the movement of the cap with respect to the sprayer body in said assembly position of this cap on this sprayer body; - the cap consists in at least two coaxial parts connected one to the other by breakable bridges; one of these two parts is proximal and is intended to be secured to said sprayer body; the other part is distal and is intended to be withdrawn at the moment of the use of the sprayer, by rupture of said bridges. - the cap includes a wall transverse to said mounting axis, being sufficiently rigid so as to bear without substantial damaging a force from 50 to 100 N necessary to secure this sprayer body to said container and thus to enable the transmission to said sprayer body of this force; - the sprayer body and the cap form complementary engaging surfaces (13, 21) making it possible, when they are engaged, to axially limit the movement of the cap with respect to the sprayer body in said assembly position of this cap on this sprayer body; - the cap consists in at least two coaxial parts connected one to the other by breakable bridges; one of these two parts is proximal and is intended to be secured to said sprayer body; the other part is distal and is intended to be withdrawn at the moment of the use of the sprayer, by rupture of said bridges.
A water-processable prepolymer, comprising: siloxane-containing monomeric units and/or polysiloxane-containing crosslinking units, wherein the siloxane-containing monomeric units are derived from one or more siloxane-containing vinylic monomers each having at least one hydrophilic polymeric chain with a number-average molecular weight of up to 10000 Daltons, wherein the polysiloxane-containing crosslinking units are derived from at least one hydrophilized polysiloxane crosslinker and/or chain-extended hydrophilized polysiloxane crosslinker each having one or more pendant hydrophilic polymeric chains; hydrophilic monomeric units derived from one or more hydrophilic vinylic monomers; from 0.05% to 5% by weight of polymerizable units each having a pendant or terminal, ethylenically-unsaturated group and free of any polysiloxane segment; and optionally hydrophobic units derived from at least one hydrophobic vinylic monomer free of silicone, wherein the prepolymer comprises from 20% to 50% by weight of silicone relative to the total weight of the prepolymer and has a high water solubility or dispersibility of at least 5% by weight in water, wherein the prepolymer is capable of being actinically crosslinked, in the absence of one or more vinylic monomers, to form a silicone hydrogel contact lens having a water content of from 20% to 75% by weight when fully hydrated, an oxygen permeability (Dk) of at least 40 barrers as measured according to procedures described in Example 1 and where "barrer" is defined as [(cm 3 oxygen)(mm) / (cm 2)(sec)(mm Hg)] x 10 -10, and a hydrophilic surface characterized by an average water contact angle of 90 degrees or less measured by Sessile Drop, without post-molding surface treatment. siloxane-containing monomeric units and/or polysiloxane-containing crosslinking units, wherein the siloxane-containing monomeric units are derived from one or more siloxane-containing vinylic monomers each having at least one hydrophilic polymeric chain with a number-average molecular weight of up to 10000 Daltons, wherein the polysiloxane-containing crosslinking units are derived from at least one hydrophilized polysiloxane crosslinker and/or chain-extended hydrophilized polysiloxane crosslinker each having one or more pendant hydrophilic polymeric chains; hydrophilic monomeric units derived from one or more hydrophilic vinylic monomers; from 0.05% to 5% by weight of polymerizable units each having a pendant or terminal, ethylenically-unsaturated group and free of any polysiloxane segment; and optionally hydrophobic units derived from at least one hydrophobic vinylic monomer free of silicone,
A damper pin for damping adj acent turbine blades coupled to a rotor shaft, the damper pin comprising: a first end portion axially aligned with and axially spaced from a second end portion; a spring member that extends axially from an inner surface of the first end portion to an inner surface of the second end portion, wherein the first end portion, the spring member and the second end portion define a generally arcuate top portion of the damper pin configured to be disposed within a groove defined between the adjacent turbine blades and to contact with the groove; characterized in that the damper pin further comprises a retention pin coaxially aligned with and disposed between the first end portion and the second end portion, wherein the spring member extends circumferentially around the retention pin. a spring member that extends axially from an inner surface of the first end portion to an inner surface of the second end portion, wherein the first end portion, the spring member and the second end portion define a generally arcuate top portion of the damper pin configured to be disposed within a groove defined between the adjacent turbine blades and to contact with the groove; characterized in that the damper pin further comprises a retention pin coaxially aligned with and disposed between the first end portion and the second end portion, wherein the spring member extends circumferentially around the retention pin.
A seat comprising a frame, a backrest, a movable seat squab and a movable screen, the screen being movable between an open position and a closed position for providing privacy to a person sitting on the seat, downward motion of the seat squab causing motion of the movable screen from the open position to the closed position, in which the backrest is fixed relative to the frame or the backrest is fixed relative to the seat, and in which the open position of the screen is a lowered position, and the closed position of the screen is a raised position.
A System for estimating long term characteristics of a battery, comprising: a learning data input unit for receiving initial batteries characteristic learning data and long term characteristic batteries learning data of batteries to be a learning object; a measurement data input unit for receiving initial characteristic measurement data of batteries to be an object for estimation of long term characteristics; an artificial neural network operation unit for positioning the initial characteristic learning data and the long term characteristic learning data into first and second matrix data structures, allowing an artificial neural network to learn the initial characteristic learning data and the long term characteristic learning data based on each matrix data structure, positioning the input initial characteristic positioning measurement data into first and second matrix data structures, and individually applying the learned artificial neural network corresponding to each matrix data structure to calculate and output long term characteristic estimation data based on each matrix data structure; and a long term characteristic evaluation unit for calculating an error between the output long term characteristic estimation data of each matrix data structure and determining reliability of the long term characteristic estimation data depending on the error. a learning data input unit for receiving initial batteries characteristic learning data and long term characteristic batteries learning data of batteries to be a learning object; a measurement data input unit for receiving initial characteristic measurement data of batteries to be an object for estimation of long term characteristics; an artificial neural network operation unit for positioning the initial characteristic learning data and the long term characteristic learning data into first and second matrix data structures, allowing an artificial neural network to learn the initial characteristic learning data and the long term characteristic learning data based on each matrix data structure, positioning the input initial characteristic positioning measurement data into first and second matrix data structures, and individually applying the learned artificial neural network corresponding to each matrix data structure to calculate and output long term characteristic estimation data based on each matrix data structure; and a long term characteristic evaluation unit for calculating an error between the output long term characteristic estimation data of each matrix data structure and determining reliability of the long term characteristic estimation data depending on the error.