mhurhangee/ep-ind-claims huggingface dataset:
A board connecting connector for connecting a board and a terminal, comprising: a board retaining portion for retaining the board; and a terminal retaining portion for retaining the terminal, wherein said board retaining portion is configured to fit into the terminal retaining portion in a fitting direction (X') so that a terminal portion formed on the board contacts with a contact portion of the terminal at a first location of the board retaining portion when the board retaining portion is fitted into the terminal retaining portion, said board retaining portion includes a board supporting portion for supporting the board; wherein said board retaining portion includes fitting fixing portions forming a fitting space having a dimension becoming smaller in at least one of a thickness direction and a width direction of the board along the fitting direction (X') for securing the board by pressing in, wherein tapered portions are provided at an adjacent position to the fitting fixing portions, wherein the board supporting portion is different from the fitting fixing portion, characterized in that the board supporting portion includes a space formed in the width direction of the board, the space being formed by a taper and the taper being formed so as to have smaller dimension in the width direction of the board along the fitting direction (X'), and wherein the board retaining portion is closed with a rear cover. a board retaining portion for retaining the board; and a terminal retaining portion for retaining the terminal, wherein said board retaining portion is configured to fit into the terminal retaining portion in a fitting direction (X') so that a terminal portion formed on the board contacts with a contact portion of the terminal at a first location of the board retaining portion when the board retaining portion is fitted into the terminal retaining portion, said board retaining portion includes a board supporting portion for supporting the board; wherein said board retaining portion includes fitting fixing portions forming a fitting space having a dimension becoming smaller in at least one of a thickness direction and a width direction of the board along the fitting direction (X') for securing the board by pressing in, wherein tapered portions are provided at an adjacent position to the fitting fixing portions, wherein the board supporting portion is different from the fitting fixing portion,
A display device comprising: a display element (20; 55, 60, 70, 80, 90); and a glass touch panel covering the display element (20; 55, 60, 70, 80, 90), the glass touch panel having no alkali or an alkali content of less than 2 wt%, a coefficient of thermal expansion of 50 x 10 -7 /°C or less, and a scatter ratio, which is defined as diffuse transmittance divided by total transmittance, of 0.5 or more, the panel having opposing inner and outer glass surfaces, the inner glass surface facing the display element (20; 55, 60, 70, 80, 90) in an inward direction, and the outer glass surface facing away from the display element (20; 55, 60, 70, 80, 90) in an outward direction, the inner glass surface being non-textured, the panel having a thickness of 1.1 mm or less between the inner and outer glass surfaces, the panel having a total forward transmission of 90% or more in the outward direction, characterised in that the outer glass surface is textured such that the outer glass surface has a RMS roughness of greater than 250nm and smaller than 1.5 micrometers. a display element (20; 55, 60, 70, 80, 90); and a glass touch panel covering the display element (20; 55, 60, 70, 80, 90), the glass touch panel having no alkali or an alkali content of less than 2 wt%, a coefficient of thermal expansion of 50 x 10 -7 /°C or less, and a scatter ratio, which is defined as diffuse transmittance divided by total transmittance, of 0.5 or more, the panel having opposing inner and outer glass surfaces, the inner glass surface facing the display element (20; 55, 60, 70, 80, 90) in an inward direction, and the outer glass surface facing away from the display element (20; 55, 60, 70, 80, 90) in an outward direction, the inner glass surface being non-textured, the panel having a thickness of 1.1 mm or less between the inner and outer glass surfaces, the panel having a total forward transmission of 90% or more in the outward direction, characterised in that the outer glass surface is textured such that the outer glass surface has a RMS roughness of greater than 250nm and smaller than 1.5 micrometers.
A method of updating an influence model of a environmental maintenance system that includes a plurality of environmental maintenance modules and a plurality of sensors, each sensor measuring a value of a corresponding physical condition of an environment, each module including one or more actuators, the method comprising: running the environmental maintenance system in a first production mode that uses the influence model to determine operation levels of the actuators by: measuring sensor values of the sensors; and characterized by the following steps: determining first operation levels of the actuators that optimize a first cost function such that predicted sensor values do not exceed a threshold, wherein the predicted sensor values are determined using the influence model based on the first operation levels of the actuators; identifying an event indicating a second production mode in which the influence model is updated, wherein a first operation level of a first actuator is varied as part of an update procedure of the second production mode; and running the environmental maintenance system in the second production mode by: constraining the first operation level of the first actuator to follow a first trajectory; determining second operation levels of a subset of the actuators that optimize a second cost function based on measured sensor values, the subset not including the first actuator; and updating the influence model based on the first trajectory, the second operation levels, and measured sensor values. running the environmental maintenance system in a first production mode that uses the influence model to determine operation levels of the actuators by: measuring sensor values of the sensors; and characterized by the following steps: determining first operation levels of the actuators that optimize a first cost function such that predicted sensor values do not exceed a threshold, wherein the predicted sensor values are determined using the influence model based on the first operation levels of the actuators; identifying an event indicating a second production mode in which the influence model is updated, wherein a first operation level of a first actuator is varied as part of an update procedure of the second production mode; and running the environmental maintenance system in the second production mode by: constraining the first operation level of the first actuator to follow a first trajectory; determining second operation levels of a subset of the actuators that optimize a second cost function based on measured sensor values, the subset not including the first actuator; and updating the influence model based on the first trajectory, the second operation levels, and measured sensor values. constraining the first operation level of the first actuator to follow a first trajectory; determining second operation levels of a subset of the actuators that optimize a second cost function based on measured sensor values, the subset not including the first actuator; and updating the influence model based on the first trajectory, the second operation levels, and measured sensor values.
A method for maximizing the use of frame bursts in a cable modem (104, 201, 300) comprising: receiving from a client device (112, 312) one or more packets (204, 344) to be transmitted over a communication channel; queuing the one or more packets; determining a maximum size of a burst frame that is transmitted over the communication channel; adding one or more of the one or more packets in their entirety to the burst frame such that the maximum size of the burst frame is not exceeded; determining whether the burst frame has available space; fragmenting, when there is available space, a packet of the one or more packets not added to the burst frame into at least a first fragment packet (204.4a) and a second fragment packet (204.4b), wherein the first fragment packet has a size substantially equal to the available space of burst frame; adding the first fragment packet to the burst frame when there is available space; and transmitting the burst frame over the communication channel during a transmit window. receiving from a client device (112, 312) one or more packets (204, 344) to be transmitted over a communication channel; queuing the one or more packets; determining a maximum size of a burst frame that is transmitted over the communication channel; adding one or more of the one or more packets in their entirety to the burst frame such that the maximum size of the burst frame is not exceeded; determining whether the burst frame has available space; fragmenting, when there is available space, a packet of the one or more packets not added to the burst frame into at least a first fragment packet (204.4a) and a second fragment packet (204.4b), wherein the first fragment packet has a size substantially equal to the available space of burst frame; adding the first fragment packet to the burst frame when there is available space; and transmitting the burst frame over the communication channel during a transmit window.
Method carried out in a telecommunication network for assisting a user terminal in connecting to an access network, the method comprising obtaining, by the user terminal, information, hereinafter referred to as "tag information", from at least one of an electronic tag and a visual tag by reading or scanning the electronic tag, the visual tag, or both; transmitting, from the user terminal to a network node hosting an access network discovery and selection function, said network node being hereinafter referred to as "ANDSF node", the tag information; determining, by the ANDSF node, based on the received tag information, credentials for allowing the user terminal to connect to said access network, the ANDSF node having been provisioned beforehand with, or having access to, entries identifying tag information and, for each tag information, credentials or information based on which credentials can be generated, derived or otherwise obtained; and transmitting, from the ANDSF node to the user terminal, the credentials. obtaining, by the user terminal, information, hereinafter referred to as "tag information", from at least one of an electronic tag and a visual tag by reading or scanning the electronic tag, the visual tag, or both; transmitting, from the user terminal to a network node hosting an access network discovery and selection function, said network node being hereinafter referred to as "ANDSF node", the tag information; determining, by the ANDSF node, based on the received tag information, credentials for allowing the user terminal to connect to said access network, the ANDSF node having been provisioned beforehand with, or having access to, entries identifying tag information and, for each tag information, credentials or information based on which credentials can be generated, derived or otherwise obtained; and transmitting, from the ANDSF node to the user terminal, the credentials.
A User Equipment, UE, for transmitting information to an evolved Node B (1.60), eNB, the UE comprising: an operation unit configured to determine a Time-Division Duplexing, TDD, uplink-downlink, UL-DL, configuration of each serving cell, wherein the TDD UL-DL configurations of at least two configured serving cells are not the same; and a transmission unit configured to transmit Hybrid Automatic Repeat Request Acknowledgement/Negative Acknowledgement, HARQ-ACK/NACK, information in a subframe n based on first feedback factors B c DL, wherein the operation unit is configured to determine, in a case of a transmission of the HARQ-ACK/NACK, information in the subframe n on a Physical Uplink Shared Channel, PUSCH, transmission adjusted based on a detected Downlink Control Information, DCI, format 0/4 for a serving cell, the first feedback factors B c DL for each serving cell based on a parameter M c, wherein the first feedback factor B c DL is the number of subframes for which the UE needs to feedback HARQ-ACK/NACK, bits for a c-th serving cell, and the parameter M c is the number of elements in a set K c, the set K c includes one or more values of k of the c-th serving cell, and the transmission unit transmits the HARQ-ACK/NACK, information in the subframe n, upon detection of a PDSCH transmission or PDCCH indicating downlink semi-persistent scheduling, SPS, release within subframe(s) n-k for the c-th serving cell. an operation unit configured to determine a Time-Division Duplexing, TDD, uplink-downlink, UL-DL, configuration of each serving cell, wherein the TDD UL-DL configurations of at least two configured serving cells are not the same; and a transmission unit configured to transmit Hybrid Automatic Repeat Request Acknowledgement/Negative Acknowledgement, HARQ-ACK/NACK, information in a subframe n based on first feedback factors B c DL, wherein the operation unit is configured to determine, in a case of a transmission of the HARQ-ACK/NACK, information in the subframe n on a Physical Uplink Shared Channel, PUSCH, transmission adjusted based on a detected Downlink Control Information, DCI, format 0/4 for a serving cell, the first feedback factors B c DL for each serving cell based on a parameter M c, wherein the first feedback factor B c DL is the number of subframes for which the UE needs to feedback HARQ-ACK/NACK, bits for a c-th serving cell, and the parameter M c is the number of elements in a set K c, the set K c includes one or more values of k of the c-th serving cell, and the transmission unit transmits the HARQ-ACK/NACK, information in the subframe n, upon detection of a PDSCH transmission or PDCCH indicating downlink semi-persistent scheduling, SPS, release within subframe(s) n-k for the c-th serving cell.
A communications device comprising: a radio frequency signal to optical signal converter (304 or 304') having a radio frequency input (399 or 399') configured to receive a radio frequency signal to be communicated and an optical output (397 or 397') adapted for outputting a first optical signal generated from said radio frequency signal to be communicated; an optical filter assembly (306 or 306') adapted for filtering said first optical signal; an optical to radio frequency converter (308 or 404) coupled to an output (395 or 395') of said optical filter assembly (306 or 306'), said optical to radio frequency converter (308 or 404) adapted for generating a radio frequency interference cancelation signal from a second optical signal (334 or 591) output by said optical filter assembly (306 or 306'); and a signal combiner adapted for combining a received radio frequency signal with the radio frequency interference cancellation signal to produce a recovered received radio frequency signal. a radio frequency signal to optical signal converter (304 or 304') having a radio frequency input (399 or 399') configured to receive a radio frequency signal to be communicated and an optical output (397 or 397') adapted for outputting a first optical signal generated from said radio frequency signal to be communicated; an optical filter assembly (306 or 306') adapted for filtering said first optical signal; an optical to radio frequency converter (308 or 404) coupled to an output (395 or 395') of said optical filter assembly (306 or 306'), said optical to radio frequency converter (308 or 404) adapted for generating a radio frequency interference cancelation signal from a second optical signal (334 or 591) output by said optical filter assembly (306 or 306'); and a signal combiner adapted for combining a received radio frequency signal with the radio frequency interference cancellation signal to produce a recovered received radio frequency signal.
A transfer system for the transport of objects comprising: a guide rail which has a light metal base body and at least one guide element connected to the light metal base body and having a guide surface; a slide for the reception of at least one object; and a bearing which cooperates with the guide element and which linearly displaceably supports the slide at the guide rail, characterized in that the guide rail additionally has at least one magnetic fixing means which enables a temporary fastening of the guide rail by means of a magnetic clamping apparatus, in particular for the machining of the guide surface. a guide rail which has a light metal base body and at least one guide element connected to the light metal base body and having a guide surface; a slide for the reception of at least one object; and a bearing which cooperates with the guide element and which linearly displaceably supports the slide at the guide rail, characterized in that the guide rail additionally has at least one magnetic fixing means which enables a temporary fastening of the guide rail by means of a magnetic clamping apparatus, in particular for the machining of the guide surface.
Lifting vehicle for transporting high-volume bags, with a chassis on which at least one front wheel and at least two rear wheels (5L, 5R) are rotatably mounted, wherein a hoist is arranged on the chassis in a manner adjustable between a lowered and a raised position by means of a lifting drive, wherein the hoist is configured as a lifting fork which has prongs (28L, 28R) for picking up a pallet, on which a high-volume bag can be deposited, wherein the lifting drive has a lifting-framework load-carrying unit with a guide on which a slide carrying the prongs (28L, 28R) of the lifting fork is adjustable between a lowered and a raised position, wherein the slide is mounted displaceably on at least two points of the guide that are spaced apart from one another in the direction of extent of the guide, wherein the chassis has a left longitudinal member and a right longitudinal member which are connected in an approximately U-shaped manner to each other by means of at least one cross member, wherein a receiving space for the high-volume bag is arranged between the left longitudinal member and the right longitudinal member, wherein adjacent to the free end of the left longitudinal member and adjacent to the free end of the right longitudinal member at least one rear wheel (5L, 5R) is in each case mounted on the relevant longitudinal member (31, 32), and wherein the rear wheels (5L, 5R) are connected in terms of drive to at least one drive motor (37L, 37R) arranged on the chassis, characterized in that a further hoist which is carried by the slide and has fastening means (10L, 10R) for connecting to carrying handles (9L, 9R) of the high-volume bag is arranged on the chassis, in that the fastening means (10L, 10R) are arranged above the receiving space, and the receiving space extends as far as the ground, and in that the guide of the lifting-framework load-carrying unit has a profile which differs from a straight line and is configured in such a manner that, during the adjustment from the lowered into the raised position, the slide tilts with its upper end away from the receiving space for the high-volume bag.
A method of burying binary data into a stream of audio data bits representing a PCM digital audio signal, the method comprising the steps of: losslessly pre-emphasising the PCM digital audio signal by filtering in order to reduce the amplitude of frequency components that have high energy; and, losslessly burying the binary data (32a,b,c) into the stream of audio data bits representing the PCM digital audio signal, wherein the step of losslessly burying comprises changing the gain of the PCM digital audio signal. losslessly pre-emphasising the PCM digital audio signal by filtering in order to reduce the amplitude of frequency components that have high energy; and, losslessly burying the binary data (32a,b,c) into the stream of audio data bits representing the PCM digital audio signal, wherein the step of losslessly burying comprises changing the gain of the PCM digital audio signal.
A method for manufacturing a secondary battery, the method comprising: a forming step of forming a pouch sheet to form an accommodation part in which an electrode assembly is accommodated; a folding step of folding the pouch sheet with respect to a folding part so that the electrode assembly is accommodated in the accommodation part, and the accommodation part is blocked from the outside to form a battery case; and an anti-wrinkle step of forming an anti-wrinkle bending part on an outer shell to prevent wrinkles from being generated on the outer shell of the folded pouch sheet, wherein, in the anti-wrinkle step, the anti-wrinkle bending part is bent to have a plurality of bent portions, wherein the battery case comprises the accommodation part and a gas pocket part having a passage extending from the accommodation part, the folding part is formed at a first side, the gas pocket part is formed at a fourth side that is opposite to the folding part, a first sealing part is formed at a second side, and a second sealing part is formed at a third side in four directions on the outer shell of the battery case, and in the anti-wrinkle step, the anti-wrinkle bending part is formed at a portion of each of the first sealing part and the second sealing part, which is in the vicinity of the folding part. a forming step of forming a pouch sheet to form an accommodation part in which an electrode assembly is accommodated; a folding step of folding the pouch sheet with respect to a folding part so that the electrode assembly is accommodated in the accommodation part, and the accommodation part is blocked from the outside to form a battery case; and an anti-wrinkle step of forming an anti-wrinkle bending part on an outer shell to prevent wrinkles from being generated on the outer shell of the folded pouch sheet, wherein, in the anti-wrinkle step, the anti-wrinkle bending part is bent to have a plurality of bent portions, wherein the battery case comprises the accommodation part and a gas pocket part having a passage extending from the accommodation part, the folding part is formed at a first side, the gas pocket part is formed at a fourth side that is opposite to the folding part, a first sealing part is formed at a second side, and a second sealing part is formed at a third side in four directions on the outer shell of the battery case, and in the anti-wrinkle step, the anti-wrinkle bending part is formed at a portion of each of the first sealing part and the second sealing part, which is in the vicinity of the folding part.