mhurhangee/ep-ind-claims huggingface dataset:
A cutting insert, comprising: an upper surface; a lower surface; a side surface connected to each of the upper surface and the lower surface; and a cutting edge located along an intersection of the upper surface and the side surface, wherein the upper surface comprises a land surface disposed along the cutting edge, a rake surface which is located further inside than the land surface and is inclined so as to have a smaller height from the lower surface as departing from the land surface, and a bottom surface located further inside than the rake surface, wherein the rake surface comprises a plurality of first regions and a plurality of second regions which are alternately disposed along the bottom surface, wherein the plurality of second regions have a larger inclination angle than the plurality of first regions and are concave areas on the rake surface, wherein the first region comprises a first recess disposed along the cutting edge, characterised in that the first recess reaches each of a pair of the second regions adjacent to the first region. an upper surface; a lower surface; a side surface connected to each of the upper surface and the lower surface; and a cutting edge located along an intersection of the upper surface and the side surface, wherein the upper surface comprises a land surface disposed along the cutting edge, a rake surface which is located further inside than the land surface and is inclined so as to have a smaller height from the lower surface as departing from the land surface, and a bottom surface located further inside than the rake surface, wherein the rake surface comprises a plurality of first regions and a plurality of second regions which are alternately disposed along the bottom surface, wherein the plurality of second regions have a larger inclination angle than the plurality of first regions and are concave areas on the rake surface, wherein the first region comprises a first recess disposed along the cutting edge, characterised in that the first recess reaches each of a pair of the second regions adjacent to the first region.
A method for controlling the utilization of services being available to a mobile terminal in a communication network (1, 920, 1020) for communication connections in dependence on the local position of the mobile terminal in the communication network (1, 920, 1020), wherein the communication network (1, 920, 1020) comprises at least one service area (Vges) having a cellular network structure composed of radio cells, the service area (Vges) for at least one mobile terminal is subdivided into at least one preferred area and one residual area and if the mobile terminal is present in the at least one preferred area, a utilization of at least one service for communication connections will be enabled, which utilization differs from a utilization of services for communication connections which is rendered possible if the mobile terminal is present in the residual area, wherein mobile terminals to which at least one same preferred area is allocated in the communication network (1, 920, 1020) are combined and administrated as a group in the communication network (1, 920, 1020), wherein an allocation of group services for communication connections will be realized if a mobile terminal is present in a preferred area, characterized in that within the scope of controlling the utilization of services being available to a mobile terminal in a communication network (1, 920, 1020) for communication connections, the group membership of the mobile terminal in the communication network (1, 920, 930, 940, 1020, 1030, 1040) will be determined by the communication network (1, 920, 1020) and the local position of the mobile terminal will be determined in the communication network (1, 920, 1020), wherein at first the group membership will be determined and afterwards the local position will be detected, wherein the local position of the mobile terminal in the communication network (1, 920, 1020) will be determined using network based localization technologies by means of an anticipated terminal paging (pre-paging) and the preferred areas allocated to the group will be retrieved from the communication network (1, 920, 1020) by means of the determined group membership and by at least one comparison carried out by the communication network (1, 920, 1020) with the determined local position of the mobile terminal in the communication network (1, 920, 1020), whether the mobile terminal is present in the at least one preferred area or in the residual area.
Sorting device for sorting objects, comprising - a chute on which the objects are movable in a conveying direction by an acting gravitational force, wherein the chute has a cutout comprising a measuring area, - a LIBS laser device positioned adjacent to the cutout of the chute to perform a spectroscopic measurement of the objects moving along the chute through the cutout, - a discharge means for sorting out a first fraction of the objects along a discharge direction, wherein the discharge means is arranged below the chute and/or below an imaginary extension of the chute, as well as - a control device for controlling the discharge means depending on the measurement results of the LIBS laser device, characterized in that the sorting device comprises a further discharge means for sorting out a second fraction of the objects along a discharge direction, which further discharge means is arranged above the chute and/or above the imaginary extension of the chute, wherein the control device is designed to control the further discharge means depending on the measurement results of the LIBS laser device. - a chute on which the objects are movable in a conveying direction by an acting gravitational force, wherein the chute has a cutout comprising a measuring area, - a LIBS laser device positioned adjacent to the cutout of the chute to perform a spectroscopic measurement of the objects moving along the chute through the cutout, - a discharge means for sorting out a first fraction of the objects along a discharge direction, wherein the discharge means is arranged below the chute and/or below an imaginary extension of the chute, as well as - a control device for controlling the discharge means depending on the measurement results of the LIBS laser device,
A wireless connection establishment method for a scenario in which a base station is divided into a control unit, CU, and a distributed unit, DU, comprising: sending, by a first network node, first resource configuration information to a second network node, wherein the first network node is the DU, and the second network node is the CU; and establishing, by the first network node, a wireless connection to a terminal and the second network node based on received second resource configuration information that is sent by the second network node; and wherein the method further comprises: receiving, by the first network node, initial resource configuration information sent by the second network node when the second network node establishes a link connection to the first network node, wherein the initial resource configuration information is information allocated by the second network node to the terminal, wherein the second resource configuration information includes the first resource configuration information and the initial resource configuration information. sending, by a first network node, first resource configuration information to a second network node, wherein the first network node is the DU, and the second network node is the CU; and establishing, by the first network node, a wireless connection to a terminal and the second network node based on received second resource configuration information that is sent by the second network node; and wherein the method further comprises: receiving, by the first network node, initial resource configuration information sent by the second network node when the second network node establishes a link connection to the first network node, wherein the initial resource configuration information is information allocated by the second network node to the terminal, wherein the second resource configuration information includes the first resource configuration information and the initial resource configuration information.
A linear compressor comprising: a piston configured to reciprocate along an axial direction of the linear compressor; a resonance spring (176a, 176b) to elastically support the piston along the axial direction; a motor assembly to provide a driving force to the piston, the motor assembly comprising a magnet that is disposed radially outside the piston; and a supporter configured to be coupled to the piston, the magnet, and the resonance spring (176a, 176b), wherein the supporter comprises: a piston coupler coupled with the piston; a magnet coupler coupled with the magnet; and a spring coupler coupled with the resonance spring (176a, 176b), and wherein the piston coupler, the magnet coupler, and the spring coupler are integrally formed, wherein the piston coupler has a circular flat plate shape that extends in a radial direction, characterized in that the linear compressor further comprises a magnet frame which has a hollow cylindrical shape that extends in the axial direction, the magnet being attached to an outer side of the magnet frame; the magnet coupler is arranged to extend axially in a forward direction on an outer side of the piston coupler and is formed in a ring shape, the inner side of the magnet coupler has a size corresponding to the outer side of the magnet frame, and an end of the magnet frame is received inside the magnet coupler and is axially seated on the piston coupler. a piston configured to reciprocate along an axial direction of the linear compressor; a resonance spring (176a, 176b) to elastically support the piston along the axial direction; a motor assembly to provide a driving force to the piston, the motor assembly comprising a magnet that is disposed radially outside the piston; and a supporter configured to be coupled to the piston, the magnet, and the resonance spring (176a, 176b), wherein the supporter comprises: a piston coupler coupled with the piston; a magnet coupler coupled with the magnet; and a spring coupler coupled with the resonance spring (176a, 176b), and wherein the piston coupler, the magnet coupler, and the spring coupler are integrally formed, a piston coupler coupled with the piston; a magnet coupler coupled with the magnet; and a spring coupler coupled with the resonance spring (176a, 176b), and wherein the piston coupler, the magnet coupler, and the spring coupler are integrally formed, wherein the piston coupler has a circular flat plate shape that extends in a radial direction, characterized in that the linear compressor further comprises a magnet frame which has a hollow cylindrical shape that extends in the axial direction, the magnet being attached to an outer side of the magnet frame; the magnet coupler is arranged to extend axially in a forward direction on an outer side of the piston coupler and is formed in a ring shape, the inner side of the magnet coupler has a size corresponding to the outer side of the magnet frame, and an end of the magnet frame is received inside the magnet coupler and is axially seated on the piston coupler.
A respiratory device comprising a blower having an inlet and an outlet, a patient interface, a valve coupled to the blower and operable to control a pressure applied to the patient interface, a sensor to sense at least one of pressure and flow applied to the patient interface, and control circuitry coupled to the blower, the valve, and the sensor, characterized in that the control circuitry is configured to operate the blower and the valve to apply a first threshold pressure to the patient interface for a first preset amount of time in response to an inspiratory trigger being sensed by the sensor, wherein the control circuitry is configured to operate the blower and the valve to apply a second threshold pressure to the patient interface during a rest phase that occurs after the first preset amount of time, wherein the control circuitry is configured to operate to ignore one or more inspiratory triggers that are sensed by the sensor and that occur during the rest phase. a blower having an inlet and an outlet, a patient interface, a valve coupled to the blower and operable to control a pressure applied to the patient interface, a sensor to sense at least one of pressure and flow applied to the patient interface, and control circuitry coupled to the blower, the valve, and the sensor, characterized in that the control circuitry is configured to operate the blower and the valve to apply a first threshold pressure to the patient interface for a first preset amount of time in response to an inspiratory trigger being sensed by the sensor, wherein the control circuitry is configured to operate the blower and the valve to apply a second threshold pressure to the patient interface during a rest phase that occurs after the first preset amount of time, wherein the control circuitry is configured to operate to ignore one or more inspiratory triggers that are sensed by the sensor and that occur during the rest phase.
A sealed coupling between at least two pipes mountable on one another of an electrolysis facility, in particular between at least one discharge pipe connected to a cell of the electrolysis facility and at least one collecting pipe, wherein the sealed coupling is formed on at least one pipe pair (11, 13) in an overlap region (5.1, 15.1) of the pipes by lateral surfaces (11.3, 13.1) abutting one another, characterized in that the pipes of the pipe pair are mounted one inside the other in a floating manner to form a seal relative to one another in the axial direction, wherein the axial floating mounting enables a relative displacement of the pipes in case of temperature variations because of different coefficients of thermal expansion, wherein at least one intended deformation point (13.7) is formed at predefined circumferential position (u1, u2) having predefined axial length on a free end (13.5) of the outer pipe of the pipe pair in the overlap region (15.1), wherein a wall or an outer lateral surface (11.3) of the inner pipe has a conicity on which a sealing surface (11.31) is formed.
Drive base module (100a; 100b; 100c; 100d; 100g; 100h; 100j), in particular handheld drive base module, advantageously of a modularly constructed multifunctional handheld machine, for connection to various attachment devices (400a; 400c), comprising at least one connection device (126a; 126b; 126c), which has at least one drive-technological interface (128a; 128b, 130c) and a data-technological interface (156a; 156b) for connection to at least one attachment device (400a; 400c), and comprising at least one drive unit (110a; 110b; 110c; 110d), in particular an electric motor, for driving the attachment device (400a; 400c) in a state in which the attachment device (400a; 400c) is connected to the connection device (126a; 126b; 126c), and in particular comprising at least one rechargeable battery unit, characterized by at least one information output unit (370a; 370b; 370c) provided at least for outputting information to an operator acoustically and/or haptically.
Plate with at least one slot in its surface, wherein the slot is provided for acceptance of a slot nut (12, 15, 17, 20), and the cross-section of the slot in perpendicular relation to the longitudinal direction of the slot being a hexagon, characterized in that the surfaces of the slot abutting on the surface of the plate enclose with the surface of the plate an angle in the range of 42° to 48°, preferably 45°.
Method for setting a color locus of at least one luminous source to a predefined target color locus, wherein - the temperature of the at least one luminous source is determined, and - a brightness and a wavelength of the at least one luminous source are determined on the basis of the temperature of the at least one luminous source, characterized in that - the brightness and the wavelength are determined depending on predefined calibration data, - the brightness and the wavelength of the at least one luminous source are converted into an actual color locus, - the actual color locus is compared with the target color locus, and - the at least one luminous source is set iteratively in such a way that the target color locus is attained. - the temperature of the at least one luminous source is determined, and - a brightness and a wavelength of the at least one luminous source are determined on the basis of the temperature of the at least one luminous source, characterized in that - the brightness and the wavelength are determined depending on predefined calibration data, - the brightness and the wavelength of the at least one luminous source are converted into an actual color locus, - the actual color locus is compared with the target color locus, and - the at least one luminous source is set iteratively in such a way that the target color locus is attained.
A gas burner for a hob, provided with a container detecting system, said detection system being configured for enabling the gas supply of the burner when the presence of the container is detected and for disrupting the gas supply of the burner when the absence of the container is detected, said detection system is of the magnetic type and comprises - a moving magnet, connected to said burner and arranged for being able to be moved by the container when the latter is placed in a cooking position, and - a magnetic detector arranged on the hob for detecting the movement of the magnet by the container, and in that said magnet and said magnetic detector of the detection system are substantially aligned according to the vertical axis of said burner, said magnet being mounted slidably with respect to said burner, whereas said detector integral with the hob is located under said burner, characterized in that said moving magnet is linked to a pusher able to receive said container and mounted slidably in a casing of a support fastened to said burner, a return resilient means in the position of said pusher with respect to the support being provided in the casing and in that the magnetic detector comprises a means for adjusting its position with respect to the magnet. - a moving magnet, connected to said burner and arranged for being able to be moved by the container when the latter is placed in a cooking position, and - a magnetic detector arranged on the hob for detecting the movement of the magnet by the container, and in that said magnet and said magnetic detector of the detection system are substantially aligned according to the vertical axis of said burner, said magnet being mounted slidably with respect to said burner, whereas said detector integral with the hob is located under said burner,
A pneumatic tire for motorcycle including a tread portion, a pair of sidewall portions connected to both sides of the tread portion and a pair of bead portions individually connected to the pair of sidewall portions, wherein the tire tread portion has a tread pattern having a plurality of transverse grooves (1 to 9), wherein, when quarter of the tread width from the tire center portion is set as a tire middle portion, a transverse groove of the plurality of transverse grooves (1 to 9) which is arranged stretching across the tire middle portion is formed such that the groove depth (d) of the transverse groove varies in the tire width direction and is the deepest at the tire middle portion, and a part of the transverse groove has a disconnected portion between the tire center portion and one tread end.
Device for arranging an edge protector K on a package in an apparatus for strapping packages, having a strapping means which is guided in a frame around the package, located on a packing table, and is drawn out of the frame as it is tensioned around the package, wherein the edge protector K is arranged on the package prior to the strapping process and is retained on the package by the strapping means following the strapping process, and wherein the device for arranging the edge protector K comprises a retaining tool for the edge protector K, wherein the retaining tool comprises at least one gripping element, which forms an essentially U-shaped mount for the edge protector K, characterized in that the U-shaped mount comprises an abutment surface, which is formed by a first limb, and, at a distance from said abutment surface, a gripping mechanism, and in that the edge protector K, for arranging on the package, is retained between the abutment surface and gripping mechanism, wherein the gripping element is arranged on the retaining tool such that it can be pivoted about an axis directed essentially perpendicularly to the abutment surface of the first limb, and a pivoting stop is provided, said stop delimiting the pivoting movement of the gripping element in relation to the retaining tool.
An apparatus, comprising: a driver circuit to commutate windings of a polyphase machine in response to commutation control signals; and a controller (102, 110) configured to produce the commutation control signals such that electromagnetic fields of stator phases of the polyphase machine at least lead electromagnetic fields of rotor phases of the polyphase machine to produce motoring torque, wherein the controller is configured to automatically vary a lead angle measured between the electromagnetic fields of the stator and rotor phases as a function of respective ranges of rotational speeds of the polyphase machine, a first range of rotational speeds being established by: (i) determining a first torque versus speed envelope for the polyphase machine using a fixed first lead angle; (ii) determining a second torque versus speed envelope for the polyphase machine using a fixed second lead angle; and (iii) determining a difference between an initial speed and a final speed substantially at which the first and second torque versus speed envelopes intersect to establish a first range of rotational speeds, wherein a first lead angle is associated with a first range of rotational speeds, a second lead angle is associated with a second range of rotational speeds, and so on; and the controller is configured to select and/or change the lead angle as a function of which range of rotational speeds encompasses the rotational speed of the polyphase machine at a given point in time. a driver circuit to commutate windings of a polyphase machine in response to commutation control signals; and a controller (102, 110) configured to produce the commutation control signals such that electromagnetic fields of stator phases of the polyphase machine at least lead electromagnetic fields of rotor phases of the polyphase machine to produce motoring torque, wherein the controller is configured to automatically vary a lead angle measured between the electromagnetic fields of the stator and rotor phases as a function of respective ranges of rotational speeds of the polyphase machine, a first range of rotational speeds being established by: (i) determining a first torque versus speed envelope for the polyphase machine using a fixed first lead angle; (ii) determining a second torque versus speed envelope for the polyphase machine using a fixed second lead angle; and (iii) determining a difference between an initial speed and a final speed substantially at which the first and second torque versus speed envelopes intersect to establish a first range of rotational speeds, wherein a first lead angle is associated with a first range of rotational speeds, a second lead angle is associated with a second range of rotational speeds, and so on; and the controller is configured to select and/or change the lead angle as a function of which range of rotational speeds encompasses the rotational speed of the polyphase machine at a given point in time.