mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, UE , in wireless communication system, the method comprising: receiving, from a base station , system information, SI, for an initial access, the SI including first information associated with one or more preambles, and second information associated with a physical random access channel, PRACH, resource; selecting a preamble for a SI request based on the first information associated with the one or more preambles; transmitting, to the base station , the preamble for the SI request based on the second information associated with the PRACH resource; and receiving, from the base station , a response message associated with the preamble for the SI request, the response message including other SI, wherein the other SI is different from the SI for the initial access, and the other SI comprises at least one of information associated with an intra frequency cell reselection or information associated with an inter frequency cell reselection. receiving, from a base station , system information, SI, for an initial access, the SI including first information associated with one or more preambles, and second information associated with a physical random access channel, PRACH, resource; selecting a preamble for a SI request based on the first information associated with the one or more preambles; transmitting, to the base station , the preamble for the SI request based on the second information associated with the PRACH resource; and receiving, from the base station , a response message associated with the preamble for the SI request, the response message including other SI, wherein the other SI is different from the SI for the initial access, and the other SI comprises at least one of information associated with an intra frequency cell reselection or information associated with an inter frequency cell reselection.
A radiation detector comprising: a flexible substrate ; a plurality of pixels provided on the substrate and each including a photoelectric conversion element ; a scintillator stacked on a first surface side of the substrate ; and a bending suppression member configured to suppress bending of the substrate , the bending suppression member being stacked on both a second surface side of the substrate and the side corresponding to the surface of the scintillator on the opposite side to the surface of the scintillator contacting the substrate , characterized in that the bending suppression member is configured including at least one out of acrylic, polycarbonate, or polyethylene terephthalate. a flexible substrate ; a plurality of pixels provided on the substrate and each including a photoelectric conversion element ; a scintillator stacked on a first surface side of the substrate ; and a bending suppression member configured to suppress bending of the substrate , the bending suppression member being stacked on both a second surface side of the substrate and the side corresponding to the surface of the scintillator on the opposite side to the surface of the scintillator contacting the substrate ,
An electronic device comprising: a housing; a sensor configured to detect an inclination of the electronic device ; a speaker configured to output a sound signal; an enclosure surrounding the speaker and including a pipe passage , through which the sound signal moves in a direction to an opening formed in the housing; a heat emitting structure mounted on an inner surface or an outer surface of the enclosure; a sealing member attached to the pipe passage ; and a processor physically or electrically connected to the heat emitting structure and configured to control emission of heat; characterized in that, the processor is further configured to generate heat through the heat emitting structure when it is determined that the inclination of the electronic device is less than or equal to a specific value. a housing; a sensor configured to detect an inclination of the electronic device ; a speaker configured to output a sound signal; an enclosure surrounding the speaker and including a pipe passage , through which the sound signal moves in a direction to an opening formed in the housing; a heat emitting structure mounted on an inner surface or an outer surface of the enclosure; a sealing member attached to the pipe passage ; and a processor physically or electrically connected to the heat emitting structure and configured to control emission of heat; characterized in that, the processor is further configured to generate heat through the heat emitting structure when it is determined that the inclination of the electronic device is less than or equal to a specific value.
Handheld cyclone vacuum cleaner, comprising - a suctioned material container for receiving suctioned material, which suctioned material container has a suctioned material container retaining element , - a housing body in which a drive unit is arranged, which drive unit is designed to generate a suction flow and can be detachably connected to the suctioned material container , - a handle having a handle retaining element which is designed in such a way that it can be hooked and/or latched to the suctioned material container retaining element so that the handle can be detachably connected to the suctioned material container , and - a suction tube having a suction tube retaining element which is designed in such a way that it can be hooked and/or latched to the suctioned material container retaining element so that the suction tube can be detachably connected to the suctioned material container . - a suctioned material container for receiving suctioned material, which suctioned material container has a suctioned material container retaining element , - a housing body in which a drive unit is arranged, which drive unit is designed to generate a suction flow and can be detachably connected to the suctioned material container , - a handle having a handle retaining element which is designed in such a way that it can be hooked and/or latched to the suctioned material container retaining element so that the handle can be detachably connected to the suctioned material container , and - a suction tube having a suction tube retaining element which is designed in such a way that it can be hooked and/or latched to the suctioned material container retaining element so that the suction tube can be detachably connected to the suctioned material container .
A method for controlling a quality of a paving material distributed along a paving area using a paver , comprising the steps: receiving at least one thermal profile of a portion of the paving area in which the paving material is distributed, the thermal profile comprises a plurality of temperature values assigned to respective measurement points; analyzing the at least one thermal profile in order to detect segregated spots of the paving material within the portion , wherein the analyzing comprises: - determining a first zone of measurement points arranged adjacent to each other and having temperature values within a predetermined range, wherein the first zone is at least partially surrounded by measurement points having temperature values out of the predetermined range; - analyzing an orientation of the first zone with respect to a travel direction of the paver ; - assigning an indication to the portion based on the analyzing of the orientation; wherein the step of analyzing the orientation is performed so as to determine whether the first zone is substantially orientated along or perpendicular to the travel direction. receiving at least one thermal profile of a portion of the paving area in which the paving material is distributed, the thermal profile comprises a plurality of temperature values assigned to respective measurement points; analyzing the at least one thermal profile in order to detect segregated spots of the paving material within the portion , wherein the analyzing comprises: - determining a first zone of measurement points arranged adjacent to each other and having temperature values within a predetermined range, wherein the first zone is at least partially surrounded by measurement points having temperature values out of the predetermined range; - analyzing an orientation of the first zone with respect to a travel direction of the paver ; - assigning an indication to the portion based on the analyzing of the orientation; wherein the step of analyzing the orientation is performed so as to determine whether the first zone is substantially orientated along or perpendicular to the travel direction. - determining a first zone of measurement points arranged adjacent to each other and having temperature values within a predetermined range, wherein the first zone is at least partially surrounded by measurement points having temperature values out of the predetermined range; - analyzing an orientation of the first zone with respect to a travel direction of the paver ; - assigning an indication to the portion based on the analyzing of the orientation; wherein the step of analyzing the orientation is performed so as to determine whether the first zone is substantially orientated along or perpendicular to the travel direction.
A method of generating a purified sample comprising: (a) contacting a body fluid sample comprising high density lipoprotein (HDL) molecules with a population of HDL tagging molecules to generate a mixed sample comprising a population of tagged HDL molecules, wherein each HDL tagging molecule comprises: (i) a HDL lipophilic core binding peptide; and (ii) an affinity tag, and wherein the population of tagged HDL molecules comprises at least some HDL tagging molecules bound to at least some HDL molecules; (b) generating a purified sample by contacting the mixed sample with a population of capture molecules that are specific for the affinity tag, wherein at least 90% of all proteins in the purified sample are the HDL molecules, and wherein said HDL tagging molecules are tagged apolipoprotein (Apo) A1 and the ratio of said HDL tagging molecules to the non-tagged Apo A1 molecules is 1:2 - 1:1, and optionally, wherein the purified sample is generated from the body fluid sample in 1 hour or less. (a) contacting a body fluid sample comprising high density lipoprotein (HDL) molecules with a population of HDL tagging molecules to generate a mixed sample comprising a population of tagged HDL molecules, wherein each HDL tagging molecule comprises: (i) a HDL lipophilic core binding peptide; and (ii) an affinity tag, and wherein the population of tagged HDL molecules comprises at least some HDL tagging molecules bound to at least some HDL molecules; (b) generating a purified sample by contacting the mixed sample with a population of capture molecules that are specific for the affinity tag, wherein at least 90% of all proteins in the purified sample are the HDL molecules, and
An aqueous composition comprising about 6.8 grams to about 8.3 grams of tranexamic acid; about 29.3 grams to about 35.8 grams of polyethylene glycol; about 25 grams to about 31 grams of glucose; and one or more electrolytes, wherein the aqueous composition is formulated in an amount of: (i) about 630 mL to about 770 mL; or (ii) about 700 mL; wherein the term "about" means ± 10% of each numerical value. (i) about 630 mL to about 770 mL; or (ii) about 700 mL;
An electric trolley that travels by controlling a motor fitted to a driving wheel of the electric trolley using a motor driver of the electric trolley , the electric trolley comprising: a safety controller that determines whether or not to stop driving of the driving wheel ; and a driving commander that outputs, to the motor driver , (i) an operation permission signal for permitting the motor to be operated and (ii) a control signal for controlling an operation of the motor , an operation blocker that is provided between the driving commander and the motor driver , and blocks the operation permission signal based on an operation blocking signal input from the safety controller ; and a control blocker that is provided between the driving commander and the motor driver , and blocks the control signal based on a control blocking signal input from the safety controller , wherein when the safety controller determines to stop the driving of the driving wheel , the safety controller outputs the operation blocking signal to the operation blocker and outputs the control blocking signal to the control blocker , and performs control to stop inputs of the operation permission signal and the control signal to the motor driver . a safety controller that determines whether or not to stop driving of the driving wheel ; and a driving commander that outputs, to the motor driver , (i) an operation permission signal for permitting the motor to be operated and (ii) a control signal for controlling an operation of the motor , an operation blocker that is provided between the driving commander and the motor driver , and blocks the operation permission signal based on an operation blocking signal input from the safety controller ; and a control blocker that is provided between the driving commander and the motor driver , and blocks the control signal based on a control blocking signal input from the safety controller , wherein when the safety controller determines to stop the driving of the driving wheel , the safety controller outputs the operation blocking signal to the operation blocker and outputs the control blocking signal to the control blocker , and performs control to stop inputs of the operation permission signal and the control signal to the motor driver .
Drilling machine , particularly suited to carry out drilling and/or roof bolting operations in underground excavation sites, tunnels or mines, comprising a self-propelled motor vehicle , at least one front drilling member mounted on the front part of the vehicle with respect to the advance direction (Y) and at least one rear drilling member mounted on the rear part of the vehicle with respect to the advance direction (Y), characterized in that each of said drilling members, the front one and the rear one , comprises at least one drilling head suited to be oriented in any direction with respect to the advance direction (Y) of the machine , and wherein said rear drilling member in turn comprises: • at least one drilling head translating on a corresponding guide between at least two positions, a start position and an end-of-stroke position ; • said guide , directly or indirectly constrained to at least one arm ; • said arm , directly or indirectly constrained to said vehicle through constraining means suited to vary the inclination of said arm both horizontally and vertically with respect to the machine, in such a way as to translate said guide on both the horizontal and the vertical plane, and wherein in the rest position and in the operating position said guide of the drilling head of the rear member is maintained in a substantially vertical position (Z), said rear drilling member comprising integrated sliding means suited to stabilize the member on the ground (B), wherein said sliding means are mounted on said guide of said rear member and comprise a movable portion or foot , and an actuator or means suited to translate said foot in a direction parallel to said guide , between a rest position and a position of downward extraction from said guide , meaning towards the ground (B), wherein said foot rests on the ground (B) for the purpose of stabilizing the rear drilling member during the perforation of the ceiling (C) of the tunnel or excavation site in general, and wherein said drilling head of said rear member is slidingly and directly or indirectly constrained to said guide through at least one driving belt or chain that is kept tensioned and wound on one or more pulleys mounted on said foot , one or more pulleys mounted on said guide , and at least one pulley that translates integrally with said actuator of said foot . • at least one drilling head translating on a corresponding guide between at least two positions, a start position and an end-of-stroke position ; • said guide , directly or indirectly constrained to at least one arm ; • said arm , directly or indirectly constrained to said vehicle through constraining means suited to vary the inclination of said arm both horizontally and vertically with respect to the machine, in such a way as to translate said guide on both the horizontal and the vertical plane,
Device for adaptively stripping insulated flat metal wires (D), comprising: - at least one device for detecting the overall thickness of a supplied insulated flat metal wire (D); - at least one device for detecting a thickness of the insulation of the supplied insulated flat metal wire (D) at at least one position; - at least one adjustable device for mechanically stripping the supplied insulated flat metal wire (D) on at least one of its flat sides, the device for mechanical stripping being adjustable in terms of its stripping depth and comprising a mechanical stripping means ; and - a control unit , which is operatively coupled to the at least one device for detecting the overall thickness and the at least one device for detecting the thickness of the insulation and is designed to adjust the device for mechanical stripping with respect to its stripping depth on the basis of the detected thicknesses, characterised in that the at least one device for mechanical stripping comprises two linear actuators , which can be operated in a coordinated manner, of which a first is designed to shift the stripping means at a predetermined angle, preferably a right angle, to the wire (D) to be stripped and thus to adjust the stripping depth, and a second is designed to shift the mechanical stripping means linearly along the extension of the insulated flat metal wire (D). - at least one device for detecting the overall thickness of a supplied insulated flat metal wire (D); - at least one device for detecting a thickness of the insulation of the supplied insulated flat metal wire (D) at at least one position; - at least one adjustable device for mechanically stripping the supplied insulated flat metal wire (D) on at least one of its flat sides, the device for mechanical stripping being adjustable in terms of its stripping depth and comprising a mechanical stripping means ; and - a control unit , which is operatively coupled to the at least one device for detecting the overall thickness and the at least one device for detecting the thickness of the insulation and is designed to adjust the device for mechanical stripping with respect to its stripping depth on the basis of the detected thicknesses, characterised in that the at least one device for mechanical stripping comprises two linear actuators , which can be operated in a coordinated manner, of which a first is designed to shift the stripping means at a predetermined angle, preferably a right angle, to the wire (D) to be stripped and thus to adjust the stripping depth, and a second is designed to shift the mechanical stripping means linearly along the extension of the insulated flat metal wire (D).
A pressure sensor for sensing pressure in a vertical direction, the pressure sensor comprising: a plurality of pressure sensor units stacked in multiple layers, characterised in that at least one of an elastic modulus and an amount of conductive particles per unit area of each of the plurality of pressure sensor units is different from each other, wherein the stacking order of the plurality of pressure sensor units is determined based on the magnitude of the elastic modulus or the amount of conductive particles per unit area, wherein the plurality of pressure sensor units are stacked in ascending order of the elastic modulus of the plurality of pressure sensor units or in descending order of the amount of conductive particles per unit area, wherein the plurality of pressure sensor units have textile materials and the plurality of stacked pressure sensor units are manufactured at once through one process, and the textile materials include fiber yarns, which are conductive fiber yarns or insulating fiber yarns impregnated or printed with conductive particles, in the case of using the same fiber yarn, the elastic modulus is adjusted by equalizing the amount of conductive particles per unit area and varying the fiber density, in the case of using different fiber yarns, the amount of conductive particles per unit area of each of the plurality of pressure sensor units is the same and the elastic modulus of the plurality of pressure sensor units is adjusted by using fiber yarns having different elastic modulus. a plurality of pressure sensor units stacked in multiple layers, characterised in that at least one of an elastic modulus and an amount of conductive particles per unit area of each of the plurality of pressure sensor units is different from each other, wherein the stacking order of the plurality of pressure sensor units is determined based on the magnitude of the elastic modulus or the amount of conductive particles per unit area, wherein the plurality of pressure sensor units are stacked in ascending order of the elastic modulus of the plurality of pressure sensor units or in descending order of the amount of conductive particles per unit area, wherein the plurality of pressure sensor units have textile materials and the plurality of stacked pressure sensor units are manufactured at once through one process, and the textile materials include fiber yarns, which are conductive fiber yarns or insulating fiber yarns impregnated or printed with conductive particles, in the case of using the same fiber yarn, the elastic modulus is adjusted by equalizing the amount of conductive particles per unit area and varying the fiber density, in the case of using different fiber yarns, the amount of conductive particles per unit area of each of the plurality of pressure sensor units is the same and the elastic modulus of the plurality of pressure sensor units is adjusted by using fiber yarns having different elastic modulus.
An aggregate spreader system for an aggregate spreading device , the aggregate spreader system comprising: a vertical support couplable to the aggregate spreading device ; a first wall extending from a first end coupled to the vertical support to a second end ; a second wall extending from the second end of the first wall ; characterized in that the vertical support has a first portion slidably engaged with a second portion ; and in that the aggregate spreader system comprises a lift actuator configured to cause the first portion of the vertical support to move with the respect to the second portion of the vertical support to adjust the vertical position of the first and second walls . a vertical support couplable to the aggregate spreading device ; a first wall extending from a first end coupled to the vertical support to a second end ; a second wall extending from the second end of the first wall ; characterized in that the vertical support has a first portion slidably engaged with a second portion ; and in that the aggregate spreader system comprises a lift actuator configured to cause the first portion of the vertical support to move with the respect to the second portion of the vertical support to adjust the vertical position of the first and second walls .