mhurhangee/ep-ind-claims huggingface dataset:
A roller head for a skin treatment device configured to drive the roller head by an electro-mechanical mechanism; a surface of the roller head comprises at least one peak, the at least one peak is arranged so that, when in use, a first surface of the peak contacts with the skin with when the roller head rotated in a clockwise direction and a second surface of the peak contacts with the skin with when the roller head rotated in an anticlockwise direction wherein the first surface differs from the second surface and the first surface is configured to provide a first benefit and the second surface is configured to provide a second benefit wherein the roller head further comprising an additional surface configured to provide a further benefit when the roller head is rotated clockwise and anticlockwise. a surface of the roller head comprises at least one peak, the at least one peak is arranged so that, when in use, a first surface of the peak contacts with the skin with when the roller head rotated in a clockwise direction and a second surface of the peak contacts with the skin with when the roller head rotated in an anticlockwise direction wherein the first surface differs from the second surface and the first surface is configured to provide a first benefit and the second surface is configured to provide a second benefit wherein the roller head further comprising an additional surface configured to provide a further benefit when the roller head is rotated clockwise and anticlockwise.
Device for transport and/or storage of stage equipent, particularly of event-technology materials, consisting of a block-shaped stacking container that can be moved on casters, which container has a frame connected with caster supports as well as a bottom, two side walls, a front wall, a rear wall, and a lid, wherein the frame is formed by profiled rods that run along the edges of the container and are connected with one another at the corners of the container, and by means of metal corner reinforcement sheets inserted into the corners of the frame, and the profiled rods form accommodation frames, in each instance, into which frames the bottom, the two side walls, the front wall, the rear wall, and the lid of the container are inserted, characterized in that the front and the rear accommodation frame for the front wall and the rear wall, respectively, are provided with U profiles (13,14), at the top and the bottom, between the free shanks of which, pointing to the center of the frame, the front wall or the rear wall, respectively, can be inserted for the purpose of holding it, wherein the free shanks of the lower U profiles are shorter than the free shanks of the upper U profiles.
A fixation plate (40, Fig. 3) with a long axis (L 1) comprising: opposing straight sides (54, 56) one of which smoothly diverges away from the other side of the plate from the distal end of the plate to the proximal end of the plate so that there are no sharp transitions in the bone plate; a base section including a plurality of apertures (44a, 44b, 44c) for fixation to one bone segment; a leg section including a plurality of apertures (48a, 48b, 48c) for fixation to another bone segment; the expanse of the base section tapering gradually to smoothly co-join with the leg section which continues to smoothly taper to a distal rounded end; and characterised in that the base section includes the proximal end which angles away from the leg section. opposing straight sides (54, 56) one of which smoothly diverges away from the other side of the plate from the distal end of the plate to the proximal end of the plate so that there are no sharp transitions in the bone plate; a base section including a plurality of apertures (44a, 44b, 44c) for fixation to one bone segment; a leg section including a plurality of apertures (48a, 48b, 48c) for fixation to another bone segment; the expanse of the base section tapering gradually to smoothly co-join with the leg section which continues to smoothly taper to a distal rounded end; and characterised in that the base section includes the proximal end which angles away from the leg section.
A device for preparing the measurement of the adsorption/desorption characteristic of surface bed sediments on contaminants, the device comprising a sediment sample disc, a sample holder, a reaction cylinder, a liquid collection cylinder, and a liquid circulating member, the liquid circulating member consisting of rubber pipes and a peristaltic pump, wherein the liquid collection cylinder is a cylinder with a reaction cylinder in the upper part, the upper surface of the reaction cylinder is an opening on the upper surface of the liquid collection cylinder and the outer wall of the reaction cylinder is the inner wall of the liquid collection cylinder; the reaction cylinder has an opening on the bottom and is suspended in the liquid collection cylinder, the distance from the bottom of the reaction cylinder to the bottom of the liquid collection cylinder is greater than a half of the overall height of the liquid collection cylinder, and vent holes are provided on the wall of the reaction cylinder; the sample holder is fitted in the reaction cylinder and has a frame structure, the bottom of the sample holder is hollow-out and is connected to the opening on the bottom of the reaction cylinder; the sediment sample disc is placed on the sample holder, and is a hollow cylinder with its diameter being equal to the diameter of the bottom of the sample holder; the two rubber pipes extend from the peristaltic pump, one of the rubber pipes is connected to the bottom of the liquid collection cylinder, and the other is connected to the wall of the reaction cylinder and is closely attached to and fixed on the wall; wherein the device is configured such that, upon operation of the pump, the liquid in the reaction cylinder on the upper part passes through the sediment sample and enters the lower part of the liquid collection cylinder, while the liquid in the liquid collection cylinder enters the reaction cylinder on the upper part, thus forming water circulation in the device.
A new-type easily replaceable hob cutter system, comprising a cutter holder and a hob, the hob being connected to the cutter holder by means of a cutter shaft holder, wherein the cutter shaft holder is fixedly connected to the cutter holder by means of a telescopic tensioning mechanism or a locking mechanism, and the inner wall of the cutter holder is symmetrically provided with a mounting groove, with the upper top face of the mounting groove being an arc-shaped face; characterized in that: the cutter shaft holder comprises a fixed block and a swing block, the swing block being located at the upper portion of the fixed block and hinged with the fixed block, and the hob being connected to the fixed block; and the fixed block and the swing block both fit with the mounting groove, the upper surface of the swing block is an arc-shaped face, the arc-shaped face of the swing block fits with the arc-shaped face of the mounting groove, and the inner side face of the swing block is provided with a connecting lug.
Valve having at least one valve chamber and a plurality of valve closing bodies (5 to 8, 35), wherein the valve closing bodies (5 to 8, 35) are arranged in the valve chamber, wherein the valve chamber has a plurality of outlets (9 to 13, 36), wherein the number of outlets (9 to 13, 36) is greater than the number of valve closing bodies (5 to 8, 35) and wherein the valve closing bodies (5 to 8, 35) are arranged at the outlets (9 to 13, 36) of the valve chamber for the purpose of occupying the outlets (9 to 13, 36), characterised in that an actuation device is provided for displacing a valve closing body (5 to 8, 35) which is arranged at an occupied outlet (9 to 13, 36), to an unoccupied outlet (9 to 13, 36), that the actuation device is designed as a stepping mechanism, that the stepping mechanism has at least one magnetic element and that the stepping mechanism moves the valve closing body (5 to 8, 35) to the unoccupied outlet by means of the magnetic element.
A method for controlling an induction cooking hob including a number of induction coils (12, 14, 16, 18; 38, 40) arranged as a matrix, wherein a heating process includes a plurality of subsequent fixed time cycles subdivided into one or more flexible time slots (ts), and wherein each induction coil (12, 14, 16, 18; 38, 40) is driven by at least one dedicated induction generator (22, 24, 26, 28), and wherein the method comprises the following steps: - setting a requested power (rPj) by a user for each induction coil (12, 14, 16, 18; 38, 40) to be activated, - defining at least one group of one or more induction coils (12, 14, 16, 18; 38, 40) by a control unit, wherein the induction coils (12, 14, 16, 18; 38, 40) of one group have the same requested power (rPj), - determining a number of time slots (Nts) for each time cycle by the control unit, characterised in that - the number of time slots (Nts) is given by the number of groups of induction coils (12, 14, 16, 18; 38, 40) having the same requested power (rPj), and by the further steps: - activating all groups of induction coils (12, 14, 16, 18; 38, 40) to be activated during a first time slot at a same current power (cP) for a calculated duration (T) by the control unit, and - activating a part of groups of induction coils (12, 14, 16, 18; 38, 40) to be activated during at least one further time slot (ts2, ts3, ts4) at the same current powers (cP, cP, cP) in each time slot (ts2, ts3, ts4) for a calculated duration (T, T, T) by the control unit, if more than one group of induction coils (12, 14, 16, 18; 38, 40) are defined, - so that an average current power (aPj) of each induction coil (12, 14, 16, 18; 38, 40) within the time cycle corresponds with the requested power (rPj) for said induction coil (12, 14, 16, 18; 38, 40). - setting a requested power (rPj) by a user for each induction coil (12, 14, 16, 18; 38, 40) to be activated, - defining at least one group of one or more induction coils (12, 14, 16, 18; 38, 40) by a control unit, wherein the induction coils (12, 14, 16, 18; 38, 40) of one group have the same requested power (rPj), - determining a number of time slots (Nts) for each time cycle by the control unit, characterised in that - the number of time slots (Nts) is given by the number of groups of induction coils (12, 14, 16, 18; 38, 40) having the same requested power (rPj), and - activating all groups of induction coils (12, 14, 16, 18; 38, 40) to be activated during a first time slot at a same current power (cP) for a calculated duration (T) by the control unit, and - activating a part of groups of induction coils (12, 14, 16, 18; 38, 40) to be activated during at least one further time slot (ts2, ts3, ts4) at the same current powers (cP, cP, cP) in each time slot (ts2, ts3, ts4) for a calculated duration (T, T, T) by the control unit, if more than one group of induction coils (12, 14, 16, 18; 38, 40) are defined, - so that an average current power (aPj) of each induction coil (12, 14, 16, 18; 38, 40) within the time cycle corresponds with the requested power (rPj) for said induction coil (12, 14, 16, 18; 38, 40).
A refrigerator comprising: a body having a freezing compartment and a refrigerating compartment; a freezing compartment door pivotally installed on a front surface of the body to selectively open or close the freezing compartment; a refrigerating compartment door pivotally installed on the front surface of the body to selectively open or close the refrigerating compartment; a controller; an ice making device disposed in the freezing compartment door; a water supply container (231,233) detachably disposed in the refrigerating compartment door; a water supply passage fluidly connecting the water supply container (231,233) to the ice making device; a detecting unit disposed in the ice making device to determine whether a set flow amount of water is supplied into the ice making device; a unit disposed inside or outside the water supply container (231,233) to determine whether water remains in the water supply container (231,233); and a container connecting part allowing an opening of the water supply container (231,233) to be detachably disposed in the refrigerating compartment door, the container connecting part having a mounting portion in which an opening of the water supply container (231,233) is upwardly inserted, characterized in that the refrigerator further comprises a mounting detector disposed in the mounting portion to detect whether the opening of the water supply container (231,233) is installed in or separated from the mounting portion. a body having a freezing compartment and a refrigerating compartment; a freezing compartment door pivotally installed on a front surface of the body to selectively open or close the freezing compartment; a refrigerating compartment door pivotally installed on the front surface of the body to selectively open or close the refrigerating compartment; a controller; an ice making device disposed in the freezing compartment door; a water supply container (231,233) detachably disposed in the refrigerating compartment door; a water supply passage fluidly connecting the water supply container (231,233) to the ice making device; a detecting unit disposed in the ice making device to determine whether a set flow amount of water is supplied into the ice making device; a unit disposed inside or outside the water supply container (231,233) to determine whether water remains in the water supply container (231,233); and a container connecting part allowing an opening of the water supply container (231,233) to be detachably disposed in the refrigerating compartment door, the container connecting part having a mounting portion in which an opening of the water supply container (231,233) is upwardly inserted, characterized in that the refrigerator further comprises a mounting detector disposed in the mounting portion to detect whether the opening of the water supply container (231,233) is installed in or separated from the mounting portion.
A light source control system comprising a server and a semiconductor device that is to be coupled to a light source, the semiconductor device comprising: a signal processing unit that is to be coupled to an interface module (4, 5) and transmits and receives a command signal to increase or decrease illumination intensity of the light source; the light source control system being characterised in that the semiconductor device further comprises a deterioration detector that detects a degree of deterioration of the interface module (4, 5); wherein the deterioration detector determines the degree of deterioration from whether or not the timing at which the voltage level of the command signal received by the interface module (4, 5) changes from "H" level to "L" level or from "L" level to "H" level is within a predetermined timing window; and the server comprises a score table that stores the degree of deterioration; wherein the score table further stores the degree of deterioration changes over time. a signal processing unit that is to be coupled to an interface module (4, 5) and transmits and receives a command signal to increase or decrease illumination intensity of the light source; the light source control system being characterised in that the semiconductor device further comprises a deterioration detector that detects a degree of deterioration of the interface module (4, 5); wherein the deterioration detector determines the degree of deterioration from whether or not the timing at which the voltage level of the command signal received by the interface module (4, 5) changes from "H" level to "L" level or from "L" level to "H" level is within a predetermined timing window; and the server comprises a score table that stores the degree of deterioration; wherein the score table further stores the degree of deterioration changes over time.
A fluoropolymer composition [composition] comprising: - at least one semi-crystalline polymer comprising recurring units derived from ethylene and at least one of chlorotrifluoroethylene (CTFE) and tetrafluoroethylene, said polymer having a heat of fusion of at most 35 J/g, as determined by Differential Scanning Calorimetry at a heating rate of 10° C/min, according to ASTM D 3418 [polymer]; and - from 0.05 to 15 % by weight, based on weight of polymer, of at least one ethylene copolymer with at least one long chain α-olefin having a number of carbon atoms of 6 or more, and possessing a density of less than 0.900 g/cm 3, as determined according to ASTM D792 [polymer]. - at least one semi-crystalline polymer comprising recurring units derived from ethylene and at least one of chlorotrifluoroethylene (CTFE) and tetrafluoroethylene, said polymer having a heat of fusion of at most 35 J/g, as determined by Differential Scanning Calorimetry at a heating rate of 10° C/min, according to ASTM D 3418 [polymer]; and - from 0.05 to 15 % by weight, based on weight of polymer, of at least one ethylene copolymer with at least one long chain α-olefin having a number of carbon atoms of 6 or more, and possessing a density of less than 0.900 g/cm 3, as determined according to ASTM D792 [polymer].
A method of controlling a multi type air conditioner comprising: an outdoor unit; a distributor connected to the outdoor unit and comprising pipe ports; and a plurality of indoor units connected to the distributor, characterised in that two or more of the indoor units are connected to one or more of the pipe ports to constitute an indoor unit group of each pipe port, the method comprising: inputting an operation command to one or more of the indoor units constituting the indoor unit group; checking a reference mode of the indoor unit group; and imitating the reference mode to operate the one or more indoor units. inputting an operation command to one or more of the indoor units constituting the indoor unit group; checking a reference mode of the indoor unit group; and imitating the reference mode to operate the one or more indoor units.
A kinesin family member 5B (KIF5B) - RET receptor-type tyrosine kinase fusion polypeptide consisting of the amino acid sequence set forth in SEQ ID NO: 8, SEQ ID NO: 10 or SEQ ID NO: 12.
A plug assembly, comprising: an upper cover, a rear end of a top of the upper cover being equipped with a plurality of heat dissipation fins; a heat-conducting element including a first heat-conducting element equipped on a bottom surface of the upper cover, and a second heat-conducting element fastened to a bottom surface of the first heat-conducting element, a heat-conducting pipe, wherein a top of the first heat-conducting element has a receiving space penetrating through a rear surface of the first heat-conducting element suitable for receiving the heat-conducting pipe, wherein the heat-conducting pipe is attached between the bottom surface of the upper cover and the first heat-conducting element, the heat-conducting pipe extending rearward through a rear end of the receiving space; a circuit board mounted in the upper cover and contacting with the second heat-conducting element; and a lower cover mounted to the upper cover and the heat-conducting element, the heat-conducting pipe and the circuit board being surrounded between the upper cover and the lower cover. an upper cover, a rear end of a top of the upper cover being equipped with a plurality of heat dissipation fins; a heat-conducting element including a first heat-conducting element equipped on a bottom surface of the upper cover, and a second heat-conducting element fastened to a bottom surface of the first heat-conducting element, a heat-conducting pipe, wherein a top of the first heat-conducting element has a receiving space penetrating through a rear surface of the first heat-conducting element suitable for receiving the heat-conducting pipe, wherein the heat-conducting pipe is attached between the bottom surface of the upper cover and the first heat-conducting element, the heat-conducting pipe extending rearward through a rear end of the receiving space; a circuit board mounted in the upper cover and contacting with the second heat-conducting element; and a lower cover mounted to the upper cover and the heat-conducting element, the heat-conducting pipe and the circuit board being surrounded between the upper cover and the lower cover.
Combustion chamber system, which has a resonator housing and a ceramic resonator, wherein the resonator housing has a corresponding receptacle for the ceramic resonator, wherein the ceramic resonator is of ring-shaped design when seen in the axial throughflow direction, having an, in particular circular or oval, cross section, wherein the ceramic resonator is arranged in a corresponding protrusion as part of a metallic supporting structure of the resonator housing, wherein the ceramic resonator has cavities (16', 16",...) in the interior, wherein the cavities (16', 16",...) have at least one, in particular only one, resonator neck (14', 14",...) per cavity (16', 16",...) as a connection to the inner surface of the ceramic resonator. wherein the resonator housing has a corresponding receptacle for the ceramic resonator, wherein the ceramic resonator is of ring-shaped design when seen in the axial throughflow direction, having an, in particular circular or oval, cross section, wherein the ceramic resonator is arranged in a corresponding protrusion as part of a metallic supporting structure of the resonator housing, wherein the ceramic resonator has cavities (16', 16",...) in the interior, wherein the cavities (16', 16",...) have at least one, in particular only one, resonator neck (14', 14",...) per cavity (16', 16",...) as a connection to the inner surface of the ceramic resonator.
Method for the production of enthalpy exchanger elements comprising steps of: a) perforating a flat plate element according to a predetermined perforation pattern within the plate outer dimensions; b) forming the plate element into a desired embossing pattern and geometrical shape; characterized by: c) applying to at least one side of the plate element a polymer film with water vapor permeation characteristics, whereby a total open area for water vapor transfer of no less than 50% of the available plate exchange surface is provided. a) perforating a flat plate element according to a predetermined perforation pattern within the plate outer dimensions; b) forming the plate element into a desired embossing pattern and geometrical shape; characterized by: c) applying to at least one side of the plate element a polymer film with water vapor permeation characteristics, whereby a total open area for water vapor transfer of no less than 50% of the available plate exchange surface is provided.