mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a device, the method comprising: determining a set of symbols, constituting a transmit time interval, for a sidelink transmission; determining a first subset of the set of symbols, constituting a shortened transmit time interval, sTTI, within the transmit time interval, for an uplink transmission; transmitting the sidelink transmission in a second subset of the set of symbols of the transmit time interval, wherein the second subset of symbols excludes the first subset of symbols and comprises all other symbols of the set of symbols, wherein at least one of the symbols of the second subset of symbols precedes the first subset of symbols; transmitting the uplink transmission in the first subset of symbols; and prior to transmitting the sidelink transmission, dropping the symbol immediately preceding the first subset of symbols in the set, such that the dropped symbol is not used for the sidelink transmission determining a set of symbols, constituting a transmit time interval, for a sidelink transmission; determining a first subset of the set of symbols, constituting a shortened transmit time interval, sTTI, within the transmit time interval, for an uplink transmission; transmitting the sidelink transmission in a second subset of the set of symbols of the transmit time interval, wherein the second subset of symbols excludes the first subset of symbols and comprises all other symbols of the set of symbols, wherein at least one of the symbols of the second subset of symbols precedes the first subset of symbols; transmitting the uplink transmission in the first subset of symbols; and prior to transmitting the sidelink transmission, dropping the symbol immediately preceding the first subset of symbols in the set, such that the dropped symbol is not used for the sidelink transmission
A culture medium for screening or enrichment of methicillin-resistant Staphylococcus aureus which medium comprises a combination of two cephalosporins selected from the group consisting of cefotetan and ceftriaxone; cefotetan and cefpodoxime; cefsulodin and ceftriaxone; cefsulodin and cefepime; and cefotetan and ceftiofur.
A vehicle driving system comprising: a sensor configured to monitor an environment outside a vehicle; and a controller configured to recognize an oncoming traveling object through the sensor, derive a width of a travelable road between the traveling object and the vehicle, determine priority between the traveling object and the vehicle when the width of the travelable road is smaller than a sum of widths of the traveling object and the vehicle, and, when the traveling object is determined to have the priority, control traveling of the vehicle to provide a space in a lateral direction of the vehicle to allow the traveling object to pass, wherein the controller is configured to derive an expected collision site of the vehicle and the traveling object, and determine that one of the vehicle and the traveling object, which requires a less time to reach the expected collision site, has the priority, or wherein the controller is configured to derive a time to collision, TTC, between the vehicle and the traveling object, and when the TTC is less than a reference value, determine that one of the vehicle and the traveling object, which has a higher speed or higher acceleration, has the priority, or wherein the controller is configured to derive an expected collision site of the vehicle and the traveling object, and determine that one of the vehicle and the traveling object, which first passes through one of two sites spaced a predetermined distance apart from the expected collision site and facing each other, has the priority. a sensor configured to monitor an environment outside a vehicle; and a controller configured to recognize an oncoming traveling object through the sensor, derive a width of a travelable road between the traveling object and the vehicle, determine priority between the traveling object and the vehicle when the width of the travelable road is smaller than a sum of widths of the traveling object and the vehicle, and, when the traveling object is determined to have the priority, control traveling of the vehicle to provide a space in a lateral direction of the vehicle to allow the traveling object to pass, wherein the controller is configured to derive an expected collision site of the vehicle and the traveling object, and determine that one of the vehicle and the traveling object, which requires a less time to reach the expected collision site, has the priority, or wherein the controller is configured to derive a time to collision, TTC, between the vehicle and the traveling object, and when the TTC is less than a reference value, determine that one of the vehicle and the traveling object, which has a higher speed or higher acceleration, has the priority, or wherein the controller is configured to derive an expected collision site of the vehicle and the traveling object, and determine that one of the vehicle and the traveling object, which first passes through one of two sites spaced a predetermined distance apart from the expected collision site and facing each other, has the priority.
A sliding layer for a multilayer bearing comprising: 67.5 to less than 90 vol% polytetrafluoroethylene; 10 to 20 vol% primary lubricant, wherein the primary lubricant is sphalerite; and greater than 0 to 12.5 vol% secondary lubricant; wherein sphalerite includes zinc, iron, and sulphur. 67.5 to less than 90 vol% polytetrafluoroethylene; 10 to 20 vol% primary lubricant, wherein the primary lubricant is sphalerite; and greater than 0 to 12.5 vol% secondary lubricant; wherein sphalerite includes zinc, iron, and sulphur.
A process of producing unsaturated acids from unsaturated aldehydes by fixed-bed catalytic partial oxidation in a shelf-and-tube heat exchanger-type reactor, the reactor comprising one or more catalytic tubes each including a second-stage reaction zone of mainly producing unsaturated acids and optionally a first-stage reaction zone of mainly producing unsaturated aldehydes, wherein: the second- stage reaction zone is divided into two or more shell spaces by at least one partition, each of the divided shell spaces being filled with a heat transfer medium, the heat transfer medium being maintained at isothermal temperature or a temperature difference of 0-5° C., and when the shell spaces divided by the partition in the second- stage reaction zone are named, such as zone1, zone2, zone3,... and zone N in an axial direction, T h1 -T salt1 is ≦130° C, and T hN -T saltN is ≦110° C, wherein N is an integer of 2 or more, T h1 is the peak temperature of a reaction mixture in a catalyst layer corresponding to the first shell space, T hN is the peak temperature of a reaction mixture in a catalyst layer corresponding to the Nth shell space, T salt1 is the temperature of a heat transfer medium filled in the first shell space, and T saltN is the temperature of a heat transfer medium filled in the Nth shell space, wherein a reaction inhibition layer made of an inactive material alone or a mixture of the inactive material and a catalyst material is placed in a position within the catalytic tube, which corresponds to a position where the partition is disposed, and the filling height of the reaction inhibition layer is 120-150% of the thickness of the partition. the second- stage reaction zone is divided into two or more shell spaces by at least one partition, each of the divided shell spaces being filled with a heat transfer medium, the heat transfer medium being maintained at isothermal temperature or a temperature difference of 0-5° C., and when the shell spaces divided by the partition in the second- stage reaction zone are named, such as zone1, zone2, zone3,... and zone N in an axial direction, T h1 -T salt1 is ≦130° C, and T hN -T saltN is ≦110° C, wherein N is an integer of 2 or more, T h1 is the peak temperature of a reaction mixture in a catalyst layer corresponding to the first shell space, T hN is the peak temperature of a reaction mixture in a catalyst layer corresponding to the Nth shell space, T salt1 is the temperature of a heat transfer medium filled in the first shell space, and T saltN is the temperature of a heat transfer medium filled in the Nth shell space, wherein a reaction inhibition layer made of an inactive material alone or a mixture of the inactive material and a catalyst material is placed in a position within the catalytic tube, which corresponds to a position where the partition is disposed, and the filling height of the reaction inhibition layer is 120-150% of the thickness of the partition.
An airfoil (63, 87) comprising a support said support comprising: a trunk and a limb extending from said trunk for distribution of loads within the airfoil (63, 87), and said airfoil (63, 87) enclosing and attaching to said trunk and said limb, wherein said limb extends outwardly from said trunk and radially upwardly therefrom at an angle (α) and said airfoil (63, 87) has an opening at a tip for allowing powder in said airfoil (63, 87) to escape therefrom; characterised in that said limb has an opening (99, 103) for eliminating powder left in said airfoil (63, 87). a trunk and a limb extending from said trunk for distribution of loads within the airfoil (63, 87), and said airfoil (63, 87) enclosing and attaching to said trunk and said limb, wherein said limb extends outwardly from said trunk and radially upwardly therefrom at an angle (α) and said airfoil (63, 87) has an opening at a tip for allowing powder in said airfoil (63, 87) to escape therefrom; characterised in that said limb has an opening (99, 103) for eliminating powder left in said airfoil (63, 87).
A method for providing a handover in a mobile communication network, the method comprising: - sending, by a first radio node of the mobile communication network, the first radio node operating a first radio cell, a handover request concerning a mobile user entity, UE,, which is served by the first radio node, to a second radio node of the mobile communication network, the second radio node operating a second radio cell, characterized in that the handover request contains a user specific control channel search space definition or an indirect reference to a user specific control channel search space definition, wherein the user specific control channel search space definition (52, 62, 72) indicates a frequency space within a transmission time interval, TTI, containing a user specific control channel search space, wherein the user specific control channel search space comprises the UE identifier (51, 61) and a reference to data blocks containing up-link and/or down-link control information for the mobile user entity identified by the UE identifier (51, 61), wherein the user specific control channel search space definition (52, 62, 72) is information which is sufficient for the second radio node to establish a radio link between the mobile user entity and the second radio node without the need to implement a RACH procedure. - sending, by a first radio node of the mobile communication network, the first radio node operating a first radio cell, a handover request concerning a mobile user entity, UE,, which is served by the first radio node, to a second radio node of the mobile communication network, the second radio node operating a second radio cell, characterized in that the handover request contains a user specific control channel search space definition or an indirect reference to a user specific control channel search space definition, wherein the user specific control channel search space definition (52, 62, 72) indicates a frequency space within a transmission time interval, TTI, containing a user specific control channel search space, wherein the user specific control channel search space comprises the UE identifier (51, 61) and a reference to data blocks containing up-link and/or down-link control information for the mobile user entity identified by the UE identifier (51, 61), wherein the user specific control channel search space definition (52, 62, 72) is information which is sufficient for the second radio node to establish a radio link between the mobile user entity and the second radio node without the need to implement a RACH procedure.
A method for making a window in an accommodating layer made of thin plastic, by inserting a pad derived from a supply layer made of thin plastic, comprising the following steps: - cutting an opening in the accommodating layer according to the shape of the future window, - punching the supply layer to produce a pad and - inserting the pad in the opening, the punching and at least a first phase of the insertion being made in a single movement of a single punching and insertion tool, along a direction from the supply layer to the accommodating layer; characterized in that a counter-tool that is coaxial with the punching and insertion tool and opposite relative to the accommodating layer, collaborates with the punching and insertion tool, and opposes the movement of the pad, to position the pad in the opening. - cutting an opening in the accommodating layer according to the shape of the future window, - punching the supply layer to produce a pad and - inserting the pad in the opening,
An inkjet ink, comprising: a terpene phenol resin having a hydroxyl value of 10 to 80 mgKOH/g; and a carbonate ester whose boiling point is less than 150 °C. a terpene phenol resin having a hydroxyl value of 10 to 80 mgKOH/g; and a carbonate ester whose boiling point is less than 150 °C.
A chip-on-film package comprising: a base substrate on which a first pad region, a second pad region different from the first pad region, and a third region located between the first pad region and the second pad region are defined; characterized in that the chip-on-film package further comprises a dummy pad disposed on the first pad region; a plurality of input pads disposed on the first pad region, wherein the dummy pad comprises an alignment key for alignment of the plurality of input pads, wherein the first pad region is a region to be bonded to a PCB, and the second pad region is a region to be bonded to a display panel; a plurality of output pads disposed on the second pad region; a first detection line disposed on the base substrate, wherein the first detection line is connected to a first input pad of the input pads and a second input pad of the input pads via the second pad region to form a first loop between the first input pad and the second input pad; and a second detection line disposed on the base substrate, wherein the second detection line is connected to the dummy pad and the first detection line via the third region to form a second loop between the dummy pad and the first input pad. a base substrate on which a first pad region, a second pad region different from the first pad region, and a third region located between the first pad region and the second pad region are defined; characterized in that the chip-on-film package further comprises a dummy pad disposed on the first pad region; a plurality of input pads disposed on the first pad region, wherein the dummy pad comprises an alignment key for alignment of the plurality of input pads, wherein the first pad region is a region to be bonded to a PCB, and the second pad region is a region to be bonded to a display panel; a plurality of output pads disposed on the second pad region; a first detection line disposed on the base substrate, wherein the first detection line is connected to a first input pad of the input pads and a second input pad of the input pads via the second pad region to form a first loop between the first input pad and the second input pad; and a second detection line disposed on the base substrate, wherein the second detection line is connected to the dummy pad and the first detection line via the third region to form a second loop between the dummy pad and the first input pad.
A method for determining a thermal diagnosis through the measurement of an inside temperature (Ti) of a building, the method including the following successive steps: a) selection of an initial thermal model, establishing, by means of a set of parameters, a theoretical relationship between said inside temperature and a set of influencing factors (Fi) of said inside temperature; b) determination of a set of actual values of said inside temperature and of said influencing factors; c) optimization of the parameters of the initial thermal model through the analysis, by means of an analysis method, of said set of actual values, optionally filtered by means of a filter; d) depending on an assessment function, modification of said initial thermal model and return to step c) or resumption at step e); e) use of the obtained thermal model to carry out a thermal diagnosis, in which method, at step d), the modification of the initial thermal model results from a comparison of the initial thermal model with one or several thermal model(s) available in thermal models libraries to which characteristics of the reference building are associated. a) selection of an initial thermal model, establishing, by means of a set of parameters, a theoretical relationship between said inside temperature and a set of influencing factors (Fi) of said inside temperature; b) determination of a set of actual values of said inside temperature and of said influencing factors; c) optimization of the parameters of the initial thermal model through the analysis, by means of an analysis method, of said set of actual values, optionally filtered by means of a filter; d) depending on an assessment function, modification of said initial thermal model and return to step c) or resumption at step e); e) use of the obtained thermal model to carry out a thermal diagnosis, in which method, at step d), the modification of the initial thermal model results from a comparison of the initial thermal model with one or several thermal model(s) available in thermal models libraries to which characteristics of the reference building are associated.
A decorative sheet comprising at least a surface protective layer on a substrate, characterized in that the surface protective layer includes a cured material of an ionizing radiation curable resin composition at least containing a polycarbonate(meth)acrylate with a weight-average molecular weight of 5000 - 20,000 and a multi-functional (meth)acrylate in a mass ratio / of 98/2 - 70/30.
An organic or inorganic composition comprising an organic or inorganic substrate and incorporated therein potassium cesium tungsten bronze solid solution particles of the formula K x Cs y WO z where x + y ≤ 1 and 2 ≤ z ≤ 3, where the longest radii of greater than 90 percent of the particles by number are from 5 nm to 10 μm, and where the substrate is a coating, a plastic, an ink, an adhesive, a ceramic, a glass or an enamel.
A method for reducing distortion in an ultrasonic audio system, comprising: receiving a first audio signal, wherein the received first audio signal represents audio content to be reproduced using the ultrasonic audio system; calculating a first error function for the ultrasonic audio system, the first error function comprising H (x 1) 2 + x 1 2, where x 1 is the received first audio signal and H ( x 1) is a Hilbert transform of the received first audio signal; and transforming the received first audio signal into a first pre-conditioned audio signal by combining an additive inverse of the first error function with the received first audio signal. receiving a first audio signal, wherein the received first audio signal represents audio content to be reproduced using the ultrasonic audio system; calculating a first error function for the ultrasonic audio system, the first error function comprising H (x 1) 2 + x 1 2, where x 1 is the received first audio signal and H ( x 1) is a Hilbert transform of the received first audio signal; and transforming the received first audio signal into a first pre-conditioned audio signal by combining an additive inverse of the first error function with the received first audio signal.
A kettlebell comprising a handle and a main body portion; characterised in that: the main body weight portion is cast around a portion of the handle to thereby secure the handle to the cast main body portion. the main body weight portion is cast around a portion of the handle to thereby secure the handle to the cast main body portion.
An extinguishing-agent discharge device consisting of a casing having a guide channel through which an extinguishing agent flows, a metallic handle, a hose connection means, an adjustment means for regulating an extinguishing-agent supply using a manual control unit and a discharge nozzle, characterized by a measuring-current transformer which encloses the extinguishing agent flowing in the guide channel and generates a current signal which is proportional to an electric current flowing in the extinguishing agent, an insulator section which divides the casing in the longitudinal direction of the guide channel into a discharge area having the discharge nozzle and an inlet area having the manual control unit, the measuring-current transformer being disposed in the insulator section, a first electrode which is disposed in the discharge area in the extinguishing-agent flow and serves for detecting an extinguishing-agent potential (V ex), a second electrode which is disposed at the metallic handle for detecting a ground potential (V PE) in the inlet area, and a control device having evaluation electronics for evaluating the current signal and for evaluating a potential difference (Ud) occurring between the extinguishing-agent potential (V ex) and ground potential (V PE) and having a drive element which is controlled by the evaluation electronics and acts on the adjustment means. a measuring-current transformer which encloses the extinguishing agent flowing in the guide channel and generates a current signal which is proportional to an electric current flowing in the extinguishing agent, an insulator section which divides the casing in the longitudinal direction of the guide channel into a discharge area having the discharge nozzle and an inlet area having the manual control unit, the measuring-current transformer being disposed in the insulator section, a first electrode which is disposed in the discharge area in the extinguishing-agent flow and serves for detecting an extinguishing-agent potential (V ex), a second electrode which is disposed at the metallic handle for detecting a ground potential (V PE) in the inlet area, and a control device having evaluation electronics for evaluating the current signal and for evaluating a potential difference (Ud) occurring between the extinguishing-agent potential (V ex) and ground potential (V PE) and having a drive element which is controlled by the evaluation electronics and acts on the adjustment means.
A robot cleaner comprising: a rolling module including a rolling member configured to rotate clockwise or counterclockwise when viewed from a left side while in contact with a floor; a sensor unit including a plurality of sensors; and a controller configured to process signals detected by the sensor unit and control autonomous travel; characterized in that the controller is configured to detect a change in position of the robot cleaner and a change in load current of a motor connected to the rolling member based on data detected by the sensor unit and to, upon detecting the change in position and the change in load current, determine a specific area of a floor to be a contaminated area. a rolling module including a rolling member configured to rotate clockwise or counterclockwise when viewed from a left side while in contact with a floor; a sensor unit including a plurality of sensors; and a controller configured to process signals detected by the sensor unit and control autonomous travel; characterized in that the controller is configured to detect a change in position of the robot cleaner and a change in load current of a motor connected to the rolling member based on data detected by the sensor unit and to, upon detecting the change in position and the change in load current, determine a specific area of a floor to be a contaminated area.