mhurhangee/ep-ind-claims huggingface dataset:
A washing machine comprising: one pair of side covers for covering sides of the washing machine; a base for covering a bottom of the washing machine; a second flange portion bent from a bottom edge of the side cover; and leg assemblies provided at a bottom of the base; at least one joint portion at an overlap between the second flange portion and a mating side of the other of the base and the side cover, the joint portion being joined by a round joint formed by pressing the overlap portion of the second flange portion and the mating side of the other of the base and the side cover together with the frusto-conical press punch towards and into the circular recess of the press die such that a pressed portion of the second flange portion and the mating side of the other of the base and side cover forms a curved portion and characterized in that the overlap portion of the second flange portion is bent to form a step projected upward, and the side edge of the base are joined to under sides of the second flange portions, respectively. one pair of side covers for covering sides of the washing machine; a base for covering a bottom of the washing machine; a second flange portion bent from a bottom edge of the side cover; and leg assemblies provided at a bottom of the base; at least one joint portion at an overlap between the second flange portion and a mating side of the other of the base and the side cover, the joint portion being joined by a round joint formed by pressing the overlap portion of the second flange portion and the mating side of the other of the base and the side cover together with the frusto-conical press punch towards and into the circular recess of the press die such that a pressed portion of the second flange portion and the mating side of the other of the base and side cover forms a curved portion and characterized in that the overlap portion of the second flange portion is bent to form a step projected upward, and the side edge of the base are joined to under sides of the second flange portions, respectively.
A hair care device for straightening, curling and/or volumizing hair, the hair care device comprising: - a first jaw that extends along a first longitudinal axis and comprises a first handle part which is coupled to a first heating tip, wherein the first heating tip has a convex-shaped first heating surface, and distance elements (36, 40) to prevent a user from getting burned, wherein the distance elements are arranged at a side of the first heating tip opposite the convex-shaped first heating surface, and wherein the first heating tip is rotatably coupled to the first handle part to permit a user to rotate the first heating tip relative to first handle part about the first longitudinal axis to switch between a straightening or volumizing mode and a curling mode; - a second jaw that extends along a second longitudinal axis and comprises a second handle part which is coupled to a second heating tip; and wherein the first and the second jaw (12, 14) are coupled to each other, and via the handle parts (16, 18) moveable relative to each other between an open position and a closed position. - a first jaw that extends along a first longitudinal axis and comprises a first handle part which is coupled to a first heating tip, wherein the first heating tip has a convex-shaped first heating surface, and distance elements (36, 40) to prevent a user from getting burned, wherein the distance elements are arranged at a side of the first heating tip opposite the convex-shaped first heating surface, and wherein the first heating tip is rotatably coupled to the first handle part to permit a user to rotate the first heating tip relative to first handle part about the first longitudinal axis to switch between a straightening or volumizing mode and a curling mode; - a second jaw that extends along a second longitudinal axis and comprises a second handle part which is coupled to a second heating tip; and wherein the first and the second jaw (12, 14) are coupled to each other, and via the handle parts (16, 18) moveable relative to each other between an open position and a closed position.
Cable plough for introducing at least one line, in particular at least one pipe or cable, into the ground, wherein the cable plough, for the purpose of forming a channel in the ground, comprises a blade, which is suitable for engaging in the ground, and a line guide for laying the line in the channel in the ground, which is, or can be, formed by the blade, wherein the blade is arranged, at least in part, in a blade guide, and wherein, for the purpose of connecting the blade and line guide, a suspension means is provided at the upper end, or in the vicinity of the upper end, of the blade and line guide and an articulation lever is provided between the lower ends, or in the vicinity of the lower ends, of the blade and line guide, and wherein the line guide is arranged behind the blade, as seen in an envisaged direction of travel, characterized in that three control cylinders (8; 9; 10) are arranged on the suspension means, wherein a first control cylinder is provided for simultaneously raising or lowering the blade and line guide in relation to the blade guide, a second control cylinder is provided for raising or lowering the blade in relation to the blade guide, and a third control cylinder is provided for raising or lowering the line guide in relation to the blade guide.
Motorcycle front suspension comprising: - a fork having a steering member mechanically connected or adapted to be connected to a handlebar of a motorcycle; - an oscillating arm having a first end and a second end; - a rod having a first end, pivotally joined to said steering member, and having a second end pivotally joined to the first end of the oscillating arm; - a shock absorber group, comprising a spring and a damper, said group extending from an attachment head, mechanically connected to the steering member, to an attachment foot, pivotally joined to the second end of the oscillating arm; wherein said oscillating arm carries a rotation pin of an associable front wheel, the rotation pin defining a rotation axis (X-X) for the front wheel, characterized in that said shock absorber group at said attachment foot is rotatably and slidingly coupled to said rotation pin. - a fork having a steering member mechanically connected or adapted to be connected to a handlebar of a motorcycle; - an oscillating arm having a first end and a second end; - a rod having a first end, pivotally joined to said steering member, and having a second end pivotally joined to the first end of the oscillating arm; - a shock absorber group, comprising a spring and a damper, said group extending from an attachment head, mechanically connected to the steering member, to an attachment foot, pivotally joined to the second end of the oscillating arm; wherein said oscillating arm carries a rotation pin of an associable front wheel, the rotation pin defining a rotation axis (X-X) for the front wheel, characterized in that said shock absorber group at said attachment foot is rotatably and slidingly coupled to said rotation pin.
Heat exchanger valve arrangement having a pressure control valve, said pressure control valve comprising a valve element cooperating with a throttling element and controlling a differential pressure (P2-P3), characterized in that detecting means (28, 29) are provided detecting whether said differential pressure (P2-P3) exceeds a predetermined minimum value.
Method for the operation of a rail vehicle, - in which an item of information for operation of the rail vehicle and an identifier are transmitted from a balise (106, 107) to an on-board unit of the rail vehicle, - so that on the basis of the identifier the authenticity of the balise (106, 107) is checked by the rail vehicle, - in which the information for operation of the rail vehicle is used in the case of successful checking of the identifier. - in which an item of information for operation of the rail vehicle and an identifier are transmitted from a balise (106, 107) to an on-board unit of the rail vehicle, - so that on the basis of the identifier the authenticity of the balise (106, 107) is checked by the rail vehicle, - in which the information for operation of the rail vehicle is used in the case of successful checking of the identifier.
A pump-valve integrated mechanism comprises an air pump driven by a power source, wherein the air pump is connected to a valve base, a main air channel is provided inside the valve base, the main air channel of the valve base is connected to the air pump, and the main air channel is provided with a decompression structure; the main air channel is connected to an air inflation structure, the air inflation structure comprises a branch air channel and an air nozzle, an inner end of the branch air channel is connected to the main air channel, an outer end of the branch air channel is connected to the air nozzle, a check valve is provided inside the branch air channel, a section of the branch air channel between the check valve and the air nozzle is provided with an air deflation hole; and an electromagnetic valve is provided between the air nozzle, the air deflation hole, and the check valve; during air inflation, the electromagnetic valve controls the check valve to become connected to the air nozzle, and the air deflation hole is closed; during air deflation, the electromagnetic valve controls the air nozzle to become connected to the air deflation hole, and the check valve is closed; characterized in that the valve base is provided on a side of the air pump, the main air channel of the valve base is connected to the air pump through a U-shaped air pipe, and at least two air inflation structures are provided. wherein the air pump is connected to a valve base, a main air channel is provided inside the valve base, the main air channel of the valve base is connected to the air pump, and the main air channel is provided with a decompression structure; the main air channel is connected to an air inflation structure, the air inflation structure comprises a branch air channel and an air nozzle, an inner end of the branch air channel is connected to the main air channel, an outer end of the branch air channel is connected to the air nozzle, a check valve is provided inside the branch air channel, a section of the branch air channel between the check valve and the air nozzle is provided with an air deflation hole; and an electromagnetic valve is provided between the air nozzle, the air deflation hole, and the check valve; during air inflation, the electromagnetic valve controls the check valve to become connected to the air nozzle, and the air deflation hole is closed; during air deflation, the electromagnetic valve controls the air nozzle to become connected to the air deflation hole, and the check valve is closed; characterized in that the valve base is provided on a side of the air pump, the main air channel of the valve base is connected to the air pump through a U-shaped air pipe, and at least two air inflation structures are provided.
A lithium electrode comprising: lithium metal layer; and a protective layer formed on at least one surface of the lithium metal layer, wherein the protective layer comprises an electrically conductive matrix and an ion conductive electrolyte, wherein the electrically conductive matrix is in the form of a three-dimensional structure in which internal spaces are formed, wherein the ion conductive electrolyte is filled in the internal spaces, and wherein the electrically conductive matrix comprises at least one electrically conductive material selected from the group consisting of an electrically conductive metal, a semiconductor, an electrically conductive polymer, and carbon. lithium metal layer; and a protective layer formed on at least one surface of the lithium metal layer, wherein the protective layer comprises an electrically conductive matrix and an ion conductive electrolyte, wherein the electrically conductive matrix is in the form of a three-dimensional structure in which internal spaces are formed, wherein the ion conductive electrolyte is filled in the internal spaces, and wherein the electrically conductive matrix comprises at least one electrically conductive material selected from the group consisting of an electrically conductive metal, a semiconductor, an electrically conductive polymer, and carbon.
A method performed by a gNB central unit, gNB-CU, operating in a wireless communication system, the method comprising, when a user equipment, UE, recovers an RRC connection with a gNB after a radio link failure, RLF, because of failed beam failure recovery, transmitting, to the UE, via a gNB distributed unit, gNB-DU, a UE Information Request message; receiving, from the UE via the gNB-DU, a UE Information Response message including RLF related information and random access channel, RACH, related information, wherein the RLF related information informs that RLF occurs for the UE and includes a cell identify, ID, of a cell at which the RLF occurs; wherein the RACH related information includes information on variables for random access procedure which the UE used and information related to a number of times a random access preamble was transmitted, transmitting, to the gNB-DU, which manages the cell indicated by the cell identity in the RLF related information, a message including the RLF related information and the RACH related information; and receiving, from the gNB-DU, which manages the cell indicated by the cell identity in the RLF related information, a RACH configuration for the cell which is based on the RACH related information. transmitting, to the UE, via a gNB distributed unit, gNB-DU, a UE Information Request message; receiving, from the UE via the gNB-DU, a UE Information Response message including RLF related information and random access channel, RACH, related information, wherein the RLF related information informs that RLF occurs for the UE and includes a cell identify, ID, of a cell at which the RLF occurs; wherein the RACH related information includes information on variables for random access procedure which the UE used and information related to a number of times a random access preamble was transmitted, transmitting, to the gNB-DU, which manages the cell indicated by the cell identity in the RLF related information, a message including the RLF related information and the RACH related information; and receiving, from the gNB-DU, which manages the cell indicated by the cell identity in the RLF related information, a RACH configuration for the cell which is based on the RACH related information.
Fine tuner (12; 138; 202) for a stringed musical instrument, comprising a main body (24; 204) having an underside, a top side, a first contact region (80; 226) and having a second contact region (84; 228) for a string, wherein the second contact region (84; 228) is in spaced relation to the first contact region (80; 226), a gripping element (86; 214) for gripping a string section which is located between the first contact region (80; 226) and the second contact region (84; 228), and an adjusting device (88; 209) which is located at the main body (24; 204) and which acts upon the gripping element (86; 214), wherein, via the adjusting device (88; 209), a position of the gripping element (86; 214) relative to the main body (24; 204) is fixably adjustable and the position of the gripping element (86; 214) predetermines a deflected position of the string at the fine tuner (12; 138; 202), characterized in that the gripping element (86; 214) carries therewith the string section counter to a direction that extends in a direction from the top side to the underside.
Method of transmitting signals, e.g. control signals, request signals, interrogation signals etc. in a control system comprising at least two units, wherein at least one of said units is designed to operate as a master unit and wherein at least one of said units is designed to operate as a slave unit, - whereby a plurality of channels are available for transmission, - whereby a master unit transmits a signal via one of said plurality of channels, - whereby at least one slave unit performs the step of scanning the channels for transmitted signals, - whereby a received signal on a specific channel is analyzed to specify a preamble type, - whereby when said preamble type is a first type, said scanning is resumed by said at least one slave unit on the other channels than said specific channel, and - whereby said at least one slave unit returns to said specif channel after a predefined time interval. - whereby a plurality of channels are available for transmission, - whereby a master unit transmits a signal via one of said plurality of channels, - whereby at least one slave unit performs the step of scanning the channels for transmitted signals, - whereby a received signal on a specific channel is analyzed to specify a preamble type, - whereby when said preamble type is a first type, said scanning is resumed by said at least one slave unit on the other channels than said specific channel, and - whereby said at least one slave unit returns to said specif channel after a predefined time interval.
A surgical assembly, comprising: a housing; a shaft comprising a longitudinal shaft axis; a shaft rotation joint configured to permit the shaft to rotate relative to the housing about the longitudinal shaft axis; an end effector comprising a longitudinal end effector axis; an articulation joint rotatably connecting the end effector to the shaft; an end effector rotation joint configured to permit the end effector to rotate relative to the shaft about the longitudinal end effector axis; a first electric motor configured to rotate the shaft about the longitudinal shaft axis; a first actuator configured to receive a first input from the user of the surgical assembly; a second electric motor configured to rotate the end effector about the longitudinal end effector axis; a second actuator configured to receive a second input from the user of the surgical instrument; and a motor control system configured to: rotate the first electric motor in response to the first input; rotate the second electric motor in response to the second input; and characterized in that the motor control system is further configured to: rotate the second electric motor in response to the first input to maintain a rotational alignment between the shaft and the end effector. a housing; a shaft comprising a longitudinal shaft axis; a shaft rotation joint configured to permit the shaft to rotate relative to the housing about the longitudinal shaft axis; an end effector comprising a longitudinal end effector axis; an articulation joint rotatably connecting the end effector to the shaft; an end effector rotation joint configured to permit the end effector to rotate relative to the shaft about the longitudinal end effector axis; a first electric motor configured to rotate the shaft about the longitudinal shaft axis; a first actuator configured to receive a first input from the user of the surgical assembly; a second electric motor configured to rotate the end effector about the longitudinal end effector axis; a second actuator configured to receive a second input from the user of the surgical instrument; and a motor control system configured to: rotate the first electric motor in response to the first input; rotate the second electric motor in response to the second input; rotate the first electric motor in response to the first input; rotate the second electric motor in response to the second input;
A double walled container formed by blow molding from a parison having an outer layer for a rigid outer container part and an inner layer for a flexible inner layer container part, the double walled container comprising a container bottom section formed by blow molding after sandwiching a vertically intermediate portion of the parison between split mold halves (D1, D2) in a horizontal direction, and a pitching slit located on a parting line of the container bottom section, the container bottom section having a bottom projection formed by the outer layer and the inner layer, and at the bottom projection extended portions of the outer layer and of the inner layer have protrusions and recesses of different heights as viewed in the horizontal direction such that the protrusions and recesses interlock with each other so as for the outer layer and the inner layer in the bottom projection not to be vertically shifted from each other, whereby portions of the inner layer in the container bottom section are exposed where portions of the outer layer are scraped off so that external air gets into a space produced between the inner layer and the outer layer, characterised in that the container bottom section shows a downwardly conical profile, and in that the bottom projection is formed at the lowest underside of the container bottom section. a container bottom section formed by blow molding after sandwiching a vertically intermediate portion of the parison between split mold halves (D1, D2) in a horizontal direction, and a pitching slit located on a parting line of the container bottom section, the container bottom section having a bottom projection formed by the outer layer and the inner layer, and at the bottom projection extended portions of the outer layer and of the inner layer have protrusions and recesses of different heights as viewed in the horizontal direction such that the protrusions and recesses interlock with each other so as for the outer layer and the inner layer in the bottom projection not to be vertically shifted from each other, whereby portions of the inner layer in the container bottom section are exposed where portions of the outer layer are scraped off so that external air gets into a space produced between the inner layer and the outer layer, characterised in that the container bottom section shows a downwardly conical profile, and in that the bottom projection is formed at the lowest underside of the container bottom section.