mhurhangee/ep-ind-claims huggingface dataset:
Use of polyquaternium polymers selected from the group consisting of polyquaternium-16, polyquaternium-6 and/or polyquaternium-37 polymers as antimicrobial deodorant active ingredient in cosmetic or dermatological preparations.
A method of connecting to an access point by a device having a nearfield wireless communication tag, the method comprising: in response to a mobile terminal apparatus with a nearfield wireless communication reader being approached within a range in which nearfield wireless communication with the device is available, providing the mobile terminal apparatus with connecting information to communicate with the device in a first mode; controlling the device to operate in the first mode, the first mode comprising soft AP mode or a Wi-Fi direct mode; allowing access of the mobile terminal apparatus for connection to the device using the connecting information; receiving AP information from the mobile terminal apparatus; in response to the AP information being received, changing the mode of the device from the first mode to a second mode, the second mode comprising the station mode; connecting to an AP using the received AP information in the second mode; and in response to the connection with the AP, transmitting information that indicates the device is connected with the AP to the mobile terminal apparatus. in response to a mobile terminal apparatus with a nearfield wireless communication reader being approached within a range in which nearfield wireless communication with the device is available, providing the mobile terminal apparatus with connecting information to communicate with the device in a first mode; controlling the device to operate in the first mode, the first mode comprising soft AP mode or a Wi-Fi direct mode; allowing access of the mobile terminal apparatus for connection to the device using the connecting information; receiving AP information from the mobile terminal apparatus; in response to the AP information being received, changing the mode of the device from the first mode to a second mode, the second mode comprising the station mode; connecting to an AP using the received AP information in the second mode; and in response to the connection with the AP, transmitting information that indicates the device is connected with the AP to the mobile terminal apparatus.
A method of controlling a mobile robot, the method comprising: a first basic learning process of detecting a first traveling obstacle element and generating a first basic map based on environment information acquired in a traveling process; a second basic learning process of detecting a second traveling obstacle element and generating a second basic map based on environment information acquired in a separate traveling process; and a merging process of merging the first basic map and the second basic map to generate a merged map the method characterized in that the first basic map includes first border information corresponding to the first traveling obstacle element, and the second basic map includes second border information corresponding to the second traveling obstacle element, and wherein, in the merging process, the first basic map and the second basic map are merged based on the first border information and the second border information. a first basic learning process of detecting a first traveling obstacle element and generating a first basic map based on environment information acquired in a traveling process; a second basic learning process of detecting a second traveling obstacle element and generating a second basic map based on environment information acquired in a separate traveling process; and a merging process of merging the first basic map and the second basic map to generate a merged map the method characterized in that the first basic map includes first border information corresponding to the first traveling obstacle element, and the second basic map includes second border information corresponding to the second traveling obstacle element, and wherein, in the merging process, the first basic map and the second basic map are merged based on the first border information and the second border information.
A red phosphor comprising an Mn-activated complex fluoride represented by the following general Formula and bismuth: A 2 MF 6:Mn 4+... wherein A represents at least one alkali metal element selected from the group consisting of lithium, sodium, potassium, rubidium and cesium, and M represents at least one tetravalent element selected from the group consisting of silicon, germanium, tin, titanium, zirconium and hafnium.
An apparatus, comprising: a DC voltage multiplier including a first capacitor and configured and arranged to, in a first mode, charge the first capacitor from an input voltage source (Vin) having a first voltage, V1, to store a voltage potential between first and second terminals of the first capacitor, the second terminal being set to a ground reference voltage; and in a second mode, after charging the first capacitor, shift a voltage of the second terminal of the first capacitor up to a second voltage, V2, thereby shifting the first terminal of the first capacitor up to a third voltage, V3, and connect the first terminal to an output node, where V3 accounts for an accumulation of voltage from V1 and V2; and a fractional output control circuit configured and arranged to, when enabled, connect a second capacitor between the first terminal of the first capacitor and the ground reference voltage-thereby pulling the first terminal of the first capacitor down to a voltage between the first voltage V1 and the third voltage V3 in response to the second terminal of the first capacitor being shifted to the second voltage V2. a DC voltage multiplier including a first capacitor and configured and arranged to, in a first mode, charge the first capacitor from an input voltage source (Vin) having a first voltage, V1, to store a voltage potential between first and second terminals of the first capacitor, the second terminal being set to a ground reference voltage; and in a second mode, after charging the first capacitor, shift a voltage of the second terminal of the first capacitor up to a second voltage, V2, thereby shifting the first terminal of the first capacitor up to a third voltage, V3, and connect the first terminal to an output node, where V3 accounts for an accumulation of voltage from V1 and V2; and in a first mode, charge the first capacitor from an input voltage source (Vin) having a first voltage, V1, to store a voltage potential between first and second terminals of the first capacitor, the second terminal being set to a ground reference voltage; and in a second mode, after charging the first capacitor, shift a voltage of the second terminal of the first capacitor up to a second voltage, V2, thereby shifting the first terminal of the first capacitor up to a third voltage, V3, and connect the first terminal to an output node, where V3 accounts for an accumulation of voltage from V1 and V2; and a fractional output control circuit configured and arranged to, when enabled, connect a second capacitor between the first terminal of the first capacitor and the ground reference voltage-thereby pulling the first terminal of the first capacitor down to a voltage between the first voltage V1 and the third voltage V3 in response to the second terminal of the first capacitor being shifted to the second voltage V2.
A compound having the structural formula of: wherein each of R 1 and R 1' is D, each of R 2 and R 2' is independently selected from H and D; provided that at least one of R 2 and R 2' is D, or a pharmaceutically acceptable salts, hydrates, and solvates thereof.
A device for laying and leveling tiles, said device comprising: a bottom plate having a top side and a bottom side; a flexible member having a first end and a second end; an intermediate member connecting the bottom plate to the flexible member; characterized in that the flexible member first end is pivotally combined with the intermediate member thereby allowing the flexible member to pivot between a first position and a second position; and a securing mechanism for securing the flexible member in its second position; and the flexible member second end is closer to the bottom plate in the second position and farther from the bottom plate in the first position, wherein in its second position, the flexible member second end is adapted to exert force against the top of the tiles. a bottom plate having a top side and a bottom side; a flexible member having a first end and a second end; an intermediate member connecting the bottom plate to the flexible member; characterized in that the flexible member first end is pivotally combined with the intermediate member thereby allowing the flexible member to pivot between a first position and a second position; and a securing mechanism for securing the flexible member in its second position; and
A rotor component for a rotor of a rotating electrical machine, the component defining: a bore for accepting a shaft defining an axis of rotation for the rotor component; a plurality of salient poles arranged around the bore; one or more slots extending axially through the rotor component, each slot having a circumferential dimension that is larger than its largest radial dimension; and a respective bridge portion of the rotor component disposed between each slot and the bore and proportioned such that a pressure exerted by the respective bridge portion on a shaft in the bore increases when the rotor component is rotated about the axis of rotation, wherein each bridge portion is located generally between adjacent poles. a bore for accepting a shaft defining an axis of rotation for the rotor component; a plurality of salient poles arranged around the bore; one or more slots extending axially through the rotor component, each slot having a circumferential dimension that is larger than its largest radial dimension; and a respective bridge portion of the rotor component disposed between each slot and the bore and proportioned such that a pressure exerted by the respective bridge portion on a shaft in the bore increases when the rotor component is rotated about the axis of rotation, wherein each bridge portion is located generally between adjacent poles.
Device able to emit packets in a packet communication network comprising at least two stations, including: - means for receiving a signal, - means for deriving a frequency and a phase from said received signal, - means for initialising a counter, referred to as the master counter, by means of the derived frequency and phase, characterized in that it comprises: - means for sampling the master counter value at regular intervals, - means for generating a first temporal descriptor "Temporal_descriptor_1_TX" from the sampled value of the master counter, - means for sampling a second counter synchronised with all the stations of the network at the same time as the sampling of the master counter, - means for generating a second temporal descriptor "Temporal_descriptor_2_TX" from the sampled value of the second counter, - means for transmitting together the two temporal descriptors in the network. - means for receiving a signal, - means for deriving a frequency and a phase from said received signal, - means for initialising a counter, referred to as the master counter, by means of the derived frequency and phase, - means for sampling the master counter value at regular intervals, - means for generating a first temporal descriptor "Temporal_descriptor_1_TX" from the sampled value of the master counter, - means for sampling a second counter synchronised with all the stations of the network at the same time as the sampling of the master counter, - means for generating a second temporal descriptor "Temporal_descriptor_2_TX" from the sampled value of the second counter, - means for transmitting together the two temporal descriptors in the network.
A bone-suturing device, comprising: a delivery needle having an elongate body with a lumen defined therein, a proximal end, and a distal end with a piercing tip, the delivery needle being adapted for holding a suture; a delivery needle driving element associated with the delivery needle, the delivery needle driving element being effective to distally advance the delivery needle into bone; a capture needle having an elongate body, a proximal end, and a distal end with a piercing tip, the capture needle disposed adjacent the delivery needle and adapted to receive the suture held by the delivery needle; a capture needle driving element associated with the capture needle, the capture needle driving element being effective to distally advance the capture needle into bone such that a path of the capture needle intersects a path of the delivery needle when the delivery needle is distally advanced; the bone-suturing device being characterized by an injection device in communication with the lumen of the delivery needle for delivering an adhesive material therethrough to the distal end of the delivery needle. a delivery needle having an elongate body with a lumen defined therein, a proximal end, and a distal end with a piercing tip, the delivery needle being adapted for holding a suture; a delivery needle driving element associated with the delivery needle, the delivery needle driving element being effective to distally advance the delivery needle into bone; a capture needle having an elongate body, a proximal end, and a distal end with a piercing tip, the capture needle disposed adjacent the delivery needle and adapted to receive the suture held by the delivery needle; a capture needle driving element associated with the capture needle, the capture needle driving element being effective to distally advance the capture needle into bone such that a path of the capture needle intersects a path of the delivery needle when the delivery needle is distally advanced; the bone-suturing device being characterized by an injection device in communication with the lumen of the delivery needle for delivering an adhesive material therethrough to the distal end of the delivery needle.
An injection-molded plastic closure cap, comprising a tubular cap body with a longitudinal axis, which transitions integrally into a plate that extends at least predominantly in a radial direction, wherein the tubular cap body, on its inner circumference, has at least one retaining projection that protrudes radially inward into the inner space that is circumferentially delimited by the cap body, and, as a result, forms an undercut when viewed from the end opening of the tubular cap body facing towards the retaining projection, characterized in that the plate transitions integrally into a shaft which supports an applicator, or that the plate transitions integrally into a coupling means for coupling thereto a shaft that supports an applicator, and that the plate has a window that is associated with the at least one retaining projection and through which access is provided to the undercut from the end opening of the tubular cap body facing away from the retaining projection, and the window is aligned with the retaining projection associated with it, in the direction of the longitudinal axis of the closure cap.
An arc welding control method of alternating feeding of a welding wire between forward feeding and reverse feeding periodically to generate a short-circuiting period and an arc period in a manner that shifting to the arc period is performed by reducing a welding current in the reverse feeding during the short-circuiting period, the arc welding control method comprising: starting reduction of the welding current from a time where a state of the reverse feeding reaches a predetermined reference state.
A light source unit for an image projection apparatus comprising: a light source, light from which is used to project an image; and a holding member configured to hold the light source, wherein the holding member includes a handle portion for removing the light source unit from the image projection apparatus, the handle portion includes a first flow path for flowing air, wherein an outer wall of the airflow path forms the handle portion, and characterised in that: the light source unit is configured such that the air after cooling the handle portion flows to the light source. a light source, light from which is used to project an image; and a holding member configured to hold the light source, wherein the holding member includes a handle portion for removing the light source unit from the image projection apparatus, the handle portion includes a first flow path for flowing air, wherein an outer wall of the airflow path forms the handle portion, and characterised in that: the light source unit is configured such that the air after cooling the handle portion flows to the light source. the light source unit is configured such that the air after cooling the handle portion flows to the light source.
A panel assembly for a vacuum insulated structure, comprising: a first panel having inner and outer surfaces (18a, 18b); a second panel having inner and outer surfaces (19a,19b); a seam member, wherein the seam member operably couples the first panel to the second panel along a joint portion; and at least one cross member intersecting the seam member, wherein the at least one cross member further operably couples the first panel to the second panel, wherein the at least one cross member includes a first portion disposed on the first panel, a second portion disposed on the second panel, and an intermediate portion positioned between the first and second portions (30, 32), and wherein the at least one cross member includes a plurality of cross members, characterized in that the outer surface of the second panel is partially disposed on the inner surface of the first panel to define said joint portion therebetween, and in that the intermediate portion is disposed on the seam member or on the joint portion of the first and second panels (16a, 16b). a first panel having inner and outer surfaces (18a, 18b); a second panel having inner and outer surfaces (19a,19b); a seam member, wherein the seam member operably couples the first panel to the second panel along a joint portion; and at least one cross member intersecting the seam member, wherein the at least one cross member further operably couples the first panel to the second panel, wherein the at least one cross member includes a first portion disposed on the first panel, a second portion disposed on the second panel, and an intermediate portion positioned between the first and second portions (30, 32), and wherein the at least one cross member includes a plurality of cross members, characterized in that the outer surface of the second panel is partially disposed on the inner surface of the first panel to define said joint portion therebetween, and in that the intermediate portion is disposed on the seam member or on the joint portion of the first and second panels (16a, 16b).
Method for managing the metal charge in a melting furnace comprising at least a step of depositing a plurality of differentiated types of metal materials in a storage zone, said differentiated types comprising at least low value scrap, scrap with a greater value, slabs of cast iron or other, a step of picking up and loading said metal materials from said storage zone onto feed means by means of loading means, and a feed step in which said feed means unload said materials into the melting furnace, characterized in that said deposit step provides to divide said storage zone into a plurality of distinct and specialized areas in each of which a different type of materials of said metal materials is deposited, each of said specialized areas being codified depending on the type of metal materials deposited therein and containing metal materials with homogeneous characteristics, in that at least its own distinct loading mean is associated to each of said specialized areas, and in that during said pick-up and loading step, a processing device controls and commands the actuation of one or more of said specific loading means which pick up selected types of materials from one and/or another of said specialized areas in relation to the final metallurgical properties of the product to be obtained and in relation to an optimization of the energy consumption required to set off the melting process and load them onto said feed means.
A steam turbine drain structure comprising: a drain pocket (21; 21A) defined by part of a stationary assembly (3; 3A) accommodating a rotary assembly, the drain pocket (21; 21A) extending in a circumferential direction; and at least one drain hole (24; 24A) provided in a lower side portion of the stationary assembly (3; 3A) so as to communicate with a lower side of the drain pocket (21; 21A), characterized in that the steam turbine drain structure comprises: a drain pan (26; 26A) arranged below an exit of the at least one drain hole (24; 24A), the drain pan (26; 26A) being configured to collect drain water discharged from the at least one drain hole (24; 24A); and a connection pipe one end of which is connected to a bottom portion of the drain pan (26; 26A) and other end of which is connectable to piping laid outside a steam turbine (1; 1A). a drain pocket (21; 21A) defined by part of a stationary assembly (3; 3A) accommodating a rotary assembly, the drain pocket (21; 21A) extending in a circumferential direction; and at least one drain hole (24; 24A) provided in a lower side portion of the stationary assembly (3; 3A) so as to communicate with a lower side of the drain pocket (21; 21A), characterized in that the steam turbine drain structure comprises: a drain pan (26; 26A) arranged below an exit of the at least one drain hole (24; 24A), the drain pan (26; 26A) being configured to collect drain water discharged from the at least one drain hole (24; 24A); and a connection pipe one end of which is connected to a bottom portion of the drain pan (26; 26A) and other end of which is connectable to piping laid outside a steam turbine (1; 1A). a drain pan (26; 26A) arranged below an exit of the at least one drain hole (24; 24A), the drain pan (26; 26A) being configured to collect drain water discharged from the at least one drain hole (24; 24A); and a connection pipe one end of which is connected to a bottom portion of the drain pan (26; 26A) and other end of which is connectable to piping laid outside a steam turbine (1; 1A).
Installation of transport by overhead cable, comprising at least one chair configured to be suspended on the overhead cable and comprising a pivoting seat surface, a back rest and a pivoting mechanism to modify the inclination of the seat surface with respect to the back rest, the installation comprising at least one operating means configured to cooperate with the pivoting mechanism so as to control pivoting of the seat surface, characterized in that said at least one operating means is mounted movable between a raised position in which said at least one operating means controls raising of the seat surface in the direction of the back rest and a lowered position in which said at least one operating means controls lowering of the seat surface.
A wood working knife and a knife clamping assembly, for clamping the wood working knife for use in a wood working machine, the knife clamping assembly comprising a first clamping component for clamping a first clamping surface of the knife, and a second clamping component for clamping a second clamping surface of the knife, the first clamping component being sized and shaped to exert a clamping force on two opposed and spaced apart clamping features (48, 50) separated by a middle section of the knife, wherein the clamping features comprise concave hollows in the first clamping surface, and wherein the middle section is flat in shape, characterised in that, when the knife is clamped in the clamping assembly, a clamping force on the knife from the first clamping component is localized toward cutting edges (34, 36) of the knife and away from a middle section of the knife.