mhurhangee/ep-ind-claims huggingface dataset:
A method for performing antenna training by a first wireless device with a second wireless network device, comprising: performing operations in the first wireless network device, the operations comprising: directionally transmitting, within a first sector, a first transmission including a first sector number identifying the first sector; directionally transmitting, within a second sector, a second transmission including a second sector number identifying the second sector; wherein the first and second transmissions comprise discovery beacons and omnidirectionally receiving a response to the first or the second transmission from the second wireless network device, the response including the first or the second sector number, the response further including a third sector number identifying a third sector used by the second wireless network device to transmit the response; and directionally transmitting information to the second wireless network device using the first or second sector, the information including the third sector number. performing operations in the first wireless network device, the operations comprising: directionally transmitting, within a first sector, a first transmission including a first sector number identifying the first sector; directionally transmitting, within a second sector, a second transmission including a second sector number identifying the second sector; directionally transmitting, within a first sector, a first transmission including a first sector number identifying the first sector; directionally transmitting, within a second sector, a second transmission including a second sector number identifying the second sector; wherein the first and second transmissions comprise discovery beacons and omnidirectionally receiving a response to the first or the second transmission from the second wireless network device, the response including the first or the second sector number, the response further including a third sector number identifying a third sector used by the second wireless network device to transmit the response; and directionally transmitting information to the second wireless network device using the first or second sector, the information including the third sector number. omnidirectionally receiving a response to the first or the second transmission from the second wireless network device, the response including the first or the second sector number, the response further including a third sector number identifying a third sector used by the second wireless network device to transmit the response; and directionally transmitting information to the second wireless network device using the first or second sector, the information including the third sector number.
A cosmetic formulation or composition for topical administration to the skin comprising (i) at least one isolated tissue-protective polypeptide (tpP) consisting of 10 to 40 amino acids, wherein the tissue-protective peptide is an agonist of the EPO receptor (EpoR) and / or the common β receptor (BcR), targets CD90 expressing skin cells, and does not or not essentially elicit hematopoietic / erythropoietic activity, and is an erythropoietin peptide fragment, an EPO peptide variant, a peptide derived from an EPO analog or an EPO mimetic, or a peptide composed of amino acid residues which are involved in the binding to EpoR and/or βcR, and (ii) a lipid compound, a composition of lipid compounds, or a lipid structure, wherein the tissue-protective polypeptide (tpP) is linked or associated to the lipid compound or lipid structure by ionic interaction or by covalent bonding, or is admixed therewith or embedded or encapsulated therein by forming a micelle or liposomal structure, and (iii) at least one triggering agent that stimulates vasculature relaxation and/ or supports transport of the tissue-protective polypeptide (tpP) to the CD90 expressing skin cells, wherein the triggering agent stimulates nitric oxide and / or acetylcholine formation in the CD90 expressing skin cells, and comprises one or more amino acids or amino acid derivatives, selected from the group consisting of arginine, phenylalanine, lysine, glutamine, tyrosine, tryptophan, valine, proline, citrulline, creatine, taurine, and a polypeptide comprising or consisting of two or more identical or different amino acids as specified. (i) at least one isolated tissue-protective polypeptide (tpP) consisting of 10 to 40 amino acids, wherein the tissue-protective peptide is an agonist of the EPO receptor (EpoR) and / or the common β receptor (BcR), targets CD90 expressing skin cells, and does not or not essentially elicit hematopoietic / erythropoietic activity, and is an erythropoietin peptide fragment, an EPO peptide variant, a peptide derived from an EPO analog or an EPO mimetic, or a peptide composed of amino acid residues which are involved in the binding to EpoR and/or βcR, and (ii) a lipid compound, a composition of lipid compounds, or a lipid structure, wherein the tissue-protective polypeptide (tpP) is linked or associated to the lipid compound or lipid structure by ionic interaction or by covalent bonding, or is admixed therewith or embedded or encapsulated therein by forming a micelle or liposomal structure, and (iii) at least one triggering agent that stimulates vasculature relaxation and/ or supports transport of the tissue-protective polypeptide (tpP) to the CD90 expressing skin cells, wherein the triggering agent stimulates nitric oxide and / or acetylcholine formation in the CD90 expressing skin cells, and comprises one or more amino acids or amino acid derivatives, selected from the group consisting of arginine, phenylalanine, lysine, glutamine, tyrosine, tryptophan, valine, proline, citrulline, creatine, taurine, and a polypeptide comprising or consisting of two or more identical or different amino acids as specified.
A cooking apparatus comprising: a main body configured to form a cooking space; and a touch sensor assembly, wherein the touch sensor assembly comprises: an outer cover formed of a metallic material and configured to form a part of an exterior of the main body; a touch module installed to be in contact with a rear surface of the outer cover, and having a plurality of touch sensors; and a guide case located at an inner surface of the outer cover, and having a touch module installation part which is opened so that the touch module is installed, wherein a touching part which is formed by machining a rear surface of the outer cover which is in contact with the touch sensor, and easily elastically deformed when being touched by a user, and thus transfers a pressure to the touch sensor is formed; and characterized in that the touch sensor assembly includes a supporter coupled to the guide case and configured to protrude toward the touch module installation part so that the touch module is in close contact with the outer cover. a main body configured to form a cooking space; and a touch sensor assembly, wherein the touch sensor assembly comprises: an outer cover formed of a metallic material and configured to form a part of an exterior of the main body; a touch module installed to be in contact with a rear surface of the outer cover, and having a plurality of touch sensors; and a guide case located at an inner surface of the outer cover, and having a touch module installation part which is opened so that the touch module is installed, an outer cover formed of a metallic material and configured to form a part of an exterior of the main body; a touch module installed to be in contact with a rear surface of the outer cover, and having a plurality of touch sensors; and a guide case located at an inner surface of the outer cover, and having a touch module installation part which is opened so that the touch module is installed, wherein a touching part which is formed by machining a rear surface of the outer cover which is in contact with the touch sensor, and easily elastically deformed when being touched by a user, and thus transfers a pressure to the touch sensor is formed; and characterized in that the touch sensor assembly includes a supporter coupled to the guide case and configured to protrude toward the touch module installation part so that the touch module is in close contact with the outer cover.
A support for a front fender of a motor vehicle, the support comprising an upper part provided with fastening means on a front fender of the vehicle and a lower part provided with fastening means on a structural part of the vehicle, the upper part being connected to the lower part by a side wall, the side wall having an outer surface and an inner surface, the support for the front fender being characterized in that the side wall has a tab with a hole adapted to hold a support of the bonnet, the lath projecting from the inner surface of the side wall.
A washing machine with a modular computer board, comprising a control circuit board and function control modules, and each of the function control modules is connected to corresponding loads, respectively, wherein the control circuit board comprises a main control module, the function control modules comprise a motor control module, a water feeding control module, and a water discharge control module, characterized in that, at least one of the function control modules is arranged independently from the control circuit board, and the main control module and the function control modules arranged independently are connected to a data bus and a power bus, respectively.
A cross traffic alert system for a host vehicle engaged in a forward or reverse gear position, comprising: a sensing system mountable to said host vehicle and configured to detect relative positions of a plurality of target objects present in a zone of interest proximate to the host vehicle in a direction corresponding to the engaged gear position and over multiple time points; and a processor configured to: receive target object relative positional data detected by the sensing system, and generate an output signal indicating when one or more of the target objects has entered a threshold alert area; characterized in that the processor is configured to: dynamically adjust the threshold alert area based on the received target object relative positional data wherein the threshold alert area is adjusted to have a first longitudinal alert threshold when the received target object relative positional data compares to a first classification of driving environment, and the threshold alert area is adjusted to have a second longitudinal alert threshold when the received target object relative positional data compares to a second classification of driving environment. a sensing system mountable to said host vehicle and configured to detect relative positions of a plurality of target objects present in a zone of interest proximate to the host vehicle in a direction corresponding to the engaged gear position and over multiple time points; and a processor configured to: receive target object relative positional data detected by the sensing system, and generate an output signal indicating when one or more of the target objects has entered a threshold alert area; characterized in that the processor is configured to: dynamically adjust the threshold alert area based on the received target object relative positional data wherein the threshold alert area is adjusted to have a first longitudinal alert threshold when the received target object relative positional data compares to a first classification of driving environment, and the threshold alert area is adjusted to have a second longitudinal alert threshold when the received target object relative positional data compares to a second classification of driving environment. receive target object relative positional data detected by the sensing system, and generate an output signal indicating when one or more of the target objects has entered a threshold alert area; characterized in that the processor is configured to: dynamically adjust the threshold alert area based on the received target object relative positional data wherein the threshold alert area is adjusted to have a first longitudinal alert threshold when the received target object relative positional data compares to a first classification of driving environment, and the threshold alert area is adjusted to have a second longitudinal alert threshold when the received target object relative positional data compares to a second classification of driving environment.
A positive electrode active material precursor comprising: a transition metal hydroxide particle represented by Formula 1 below; and cobalt oxide particles and manganese oxide particles attached to a surface of the transition metal hydroxide particle: [Formula 1] [Ni a Co b M 1 c M 2 d] 2 in Formula 1, 0.8≤a<1, 0<b<0.2, 0≤c≤0.1, and 0≤d≤0.1, M 1 is one or more selected from the group consisting of Mn and Al, and is one or more selected from the group consisting of Ba, Ca, Zr, Ti, Mg, Ta, Nb, and Mo. a transition metal hydroxide particle represented by Formula 1 below; and cobalt oxide particles and manganese oxide particles attached to a surface of the transition metal hydroxide particle: [Formula 1] [Ni a Co b M 1 c M 2 d] 2 in Formula 1, 0.8≤a<1, 0<b<0.2, 0≤c≤0.1, and 0≤d≤0.1, M 1 is one or more selected from the group consisting of Mn and Al, and is one or more selected from the group consisting of Ba, Ca, Zr, Ti, Mg, Ta, Nb, and Mo.
A process for manufacturing a part made of a magnesium alloy, comprising a step of forging a block of said alloy followed by a heat treatment, characterised in that the alloy is a casting alloy based on magnesium consisting of the following by weight: 0.2 to 1.3% zinc; 2 to 4.5% neodymium; 0.2 to 7.0% rare-earth metal with an atomic weight from 62 to 71; 0.2 to 1.0% zirconium, the remainder making up 100% being magnesium and the forging step comprising a plastic deformation carried out by die forging, extrusion or rolling, at a slow rate, the rate corresponding to the rate of displacement of the forging slide being less than 40 mm/s and in that the forging is carried out at a temperature above 400°C. 0.2 to 1.3% zinc; 2 to 4.5% neodymium; 0.2 to 7.0% rare-earth metal with an atomic weight from 62 to 71; 0.2 to 1.0% zirconium, the remainder making up 100% being magnesium and
A yarn cutting-sucking device cutting and sucking a plurality of yarns running abreast of each other along one direction, comprising: a first cutter cutting the yarns; a suction part which is a suction port sucking the yarns cut by the first cutter; and a second cutter cutting the yarns sucked by the suction part, characterized in that the second cutter is arranged at an upstream side of the suction part, and in that a positioning part is provided which positions a suction port of a suction gun at a position at which the plurality of the yarns are sucked by the suction gun when the yarns are cut by the second cutter. a first cutter cutting the yarns; a suction part which is a suction port sucking the yarns cut by the first cutter; and a second cutter cutting the yarns sucked by the suction part, characterized in that the second cutter is arranged at an upstream side of the suction part, and in that a positioning part is provided which positions a suction port of a suction gun at a position at which the plurality of the yarns are sucked by the suction gun when the yarns are cut by the second cutter.
Interface for communicating with and for controlling the operation of an automatic hygienic sheet material dispenser, the interface comprising: a user sensor arranged to have a sensing zone and to detect the presence of a user within the sensing zone; at least one indicator (4, 5, 6, 13) for indicating the setting or status of an operational parameter of the dispenser, and a main microcontroller being arranged to selectively operate the dispenser in any of at least a user setting and a maintenance setting; whereby the interface further comprises at least one additional sensor (3, 12) for adjusting at least one dispenser operational parameter or for activating at least one dispenser function, and a protective cover comprising at least one graphical symbol or text, the at least one additional sensor (3, 12), the at least one indicator (4, 5, 6, 13), the user sensor and the main microcontroller are located on a main printed circuit board, and the main printed circuit board is located behind the protective cover and arranged relative the at least one graphical symbol or text such that the at least one graphical symbol or text overlaps with the at least one additional sensor (3, 12) or the at least one indicator (4, 5, 6, 13). a user sensor arranged to have a sensing zone and to detect the presence of a user within the sensing zone; at least one indicator (4, 5, 6, 13) for indicating the setting or status of an operational parameter of the dispenser, and a main microcontroller being arranged to selectively operate the dispenser in any of at least a user setting and a maintenance setting; whereby the interface further comprises at least one additional sensor (3, 12) for adjusting at least one dispenser operational parameter or for activating at least one dispenser function, and a protective cover comprising at least one graphical symbol or text, the at least one additional sensor (3, 12), the at least one indicator (4, 5, 6, 13), the user sensor and the main microcontroller are located on a main printed circuit board, and the main printed circuit board is located behind the protective cover and arranged relative the at least one graphical symbol or text such that the at least one graphical symbol or text overlaps with the at least one additional sensor (3, 12) or the at least one indicator (4, 5, 6, 13).
A delivery device (10; 10') for an implantable medical device having a retention member at an end thereof, the delivery device comprising: a shaft (24; 24') extending in a longitudinal direction and defining a longitudinal axis; an elongated sheath (22; 22') surrounding a longitudinal portion of the shaft, the sheath being slidable relative to the shaft in the longitudinal direction; a compartment (28; 28') defined inside the sheath and adapted to receive the medical device in an assembled condition; a retainer (30; 30'; 30a; 30b) positioned at one end of the compartment, the retainer including a recess adapted to receive the retention member of the medical device in the assembled condition; characterized in that an energy storage element is positioned on the longitudinal portion of the shaft and is configured to be radially compressed by the medical device when the elongated sheath covers the compartment containing the medical device, wherein the energy storage element is an elastomeric element (40; 40') surrounding at least a part of the longitudinal portion of the shaft, and a surface of the elastomeric element has a plurality of raised portions and a plurality of lowered portions distributed in a circumferential direction about the longitudinal axis. a shaft (24; 24') extending in a longitudinal direction and defining a longitudinal axis; an elongated sheath (22; 22') surrounding a longitudinal portion of the shaft, the sheath being slidable relative to the shaft in the longitudinal direction; a compartment (28; 28') defined inside the sheath and adapted to receive the medical device in an assembled condition; a retainer (30; 30'; 30a; 30b) positioned at one end of the compartment, the retainer including a recess adapted to receive the retention member of the medical device in the assembled condition; characterized in that an energy storage element is positioned on the longitudinal portion of the shaft and is configured to be radially compressed by the medical device when the elongated sheath covers the compartment containing the medical device, wherein the energy storage element is an elastomeric element (40; 40') surrounding at least a part of the longitudinal portion of the shaft, and a surface of the elastomeric element has a plurality of raised portions and a plurality of lowered portions distributed in a circumferential direction about the longitudinal axis.
Electropneumatic control valve, specifically electropneumatic dual-circuit brake signal transmitter in a compressed-air brake system of a vehicle, for the regulation of a brake pressure corresponding to a desired braking action, in a first brake circuit and in a second brake circuit, having a first pedal-activated valve system, which is arranged in an upper housing region and in a middle housing region of a control valve housing, having a second valve system, which is arranged in a lower housing region of the control valve housing and can be activated pneumatically and/or mechanically by the first valve system, in which, in the first valve system, a valve piston is arranged in the control valve housing, which valve piston can be displaced axially counter to a spring force by means of a plunger piston, in which, in a receiving device in the region of the plunger piston or of a valve piston of the first valve system there are arranged an electrical switch for recording the start of activation of the control valve and a travel sensor for outputting an electrical travel signal for recording the activation travel of the plunger piston, and in which the electrical switch and the travel sensor are connected to an electronic and/or electromechanical measuring unit, characterized in that the electronic and/or electromechanical measuring unit are embodied as an application-specific sub-unit of an electronically controlled brake system and is/are arranged in a partially enclosed electronics housing, and in that the electronics housing can be exchangeably attached to or in the receiving device of the control valve.
A synergistic herbicidal mixture comprising an herbicidally effective amount of (a) propyzamide and (b) aminopyralid, in which the weight ratio of propyzamide (active ingredient) to aminopyralid (acid equivalent) is between 14:1 and 1120:1.