mhurhangee/ep-ind-claims huggingface dataset:
A tape cassette used for a printer including a thermal head and a cassette holder to which the tape cassette is attachable, the tape cassette comprising; a tape roll formed by winding a tape, the tape having a width defining a widthwise direction; a casing accommodating therein the tape roll, a tape conveying passage being defined in the casing; a regulation guide positioned at the tape conveying passage to restrict displacement of the tape in the widthwise direction; and a pressure member (207, 700A, 700B) positioned upstream of the regulation guide in a conveying direction of the tape and along the tape conveying passage, the pressure member being in contact with the tape in a contacting direction to apply pressing force to the tape in the contacting direction, characterized in that the pressure member comprises a resin film positioned between the tape roll and the casing, and in pressure contact with a widthwise edge of the tape. a tape roll formed by winding a tape, the tape having a width defining a widthwise direction; a casing accommodating therein the tape roll, a tape conveying passage being defined in the casing; a regulation guide positioned at the tape conveying passage to restrict displacement of the tape in the widthwise direction; and a pressure member (207, 700A, 700B) positioned upstream of the regulation guide in a conveying direction of the tape and along the tape conveying passage, the pressure member being in contact with the tape in a contacting direction to apply pressing force to the tape in the contacting direction, characterized in that the pressure member comprises a resin film positioned between the tape roll and the casing, and in pressure contact with a widthwise edge of the tape.
An electronics package, comprising: an electrically conducting support layer; at least one electrically conducting outer layer (20a, 20c); at least two power electronics components arranged on different sides of the support layer and electrically interconnected with the support layer and with the at least one outer layer (20a, 20b); an isolation material, in which the support layer and the at least two power electronics components are embedded, wherein the support layer and the at least one outer layer (20a, 20c) are laminated together with the isolation material; a cooling channel for conducting a cooling fluid through the electronics package, wherein the cooling channel runs between the at least two power electronics components through the support layer; and wherein at least a part of the cooling channel is provided by an electrically conducting component of the support layer. an electrically conducting support layer; at least one electrically conducting outer layer (20a, 20c); at least two power electronics components arranged on different sides of the support layer and electrically interconnected with the support layer and with the at least one outer layer (20a, 20b); an isolation material, in which the support layer and the at least two power electronics components are embedded, wherein the support layer and the at least one outer layer (20a, 20c) are laminated together with the isolation material; a cooling channel for conducting a cooling fluid through the electronics package, wherein the cooling channel runs between the at least two power electronics components through the support layer; and wherein at least a part of the cooling channel is provided by an electrically conducting component of the support layer.
A lens for use in an optical touch sensor, the optical touch sensor including a diode and being used to provide touch detection for a display, the lens for placement opposite the diode, the lens having top and bottom horizontal planes (483, 484) and characterized by: an upper portion comprising: an upper refractive surface; and an upper reflector adapted to be located further from the diode with respect to the upper refractive surface, the upper reflector being curved in two dimensions and cut horizontally by the top horizontal plane of the lens; and a lower portion, comprising: a lower refractive surface adapted to face the diode; and a lower reflector adapted to be located further from the diode with respect to the lower refractive surface, the lower reflector being curved in the two dimensions and cut horizontally by the bottom horizontal plane of the lens, wherein said upper and said lower reflector are vertically aligned and mirror one other, and wherein, when the lens is placed opposite the diode, non-collimated light from the diode entering said lower refractive surface is reflected by said lower reflector towards said upper reflector and is partially collimated in the two dimensions by said lower reflector, and is further reflected by said upper reflector towards said upper refractive surface and further collimated in the two dimensions by said upper reflector. an upper portion comprising: an upper refractive surface; and an upper reflector adapted to be located further from the diode with respect to the upper refractive surface, the upper reflector being curved in two dimensions and cut horizontally by the top horizontal plane of the lens; and an upper refractive surface; and an upper reflector adapted to be located further from the diode with respect to the upper refractive surface, the upper reflector being curved in two dimensions and cut horizontally by the top horizontal plane of the lens; and a lower portion, comprising: a lower refractive surface adapted to face the diode; and a lower reflector adapted to be located further from the diode with respect to the lower refractive surface, the lower reflector being curved in the two dimensions and cut horizontally by the bottom horizontal plane of the lens, wherein said upper and said lower reflector are vertically aligned and mirror one other, and a lower refractive surface adapted to face the diode; and a lower reflector adapted to be located further from the diode with respect to the lower refractive surface, the lower reflector being curved in the two dimensions and cut horizontally by the bottom horizontal plane of the lens, wherein said upper and said lower reflector are vertically aligned and mirror one other, and
A dust extraction device comprising: a body having a chamber; a first inlet communicating with the chamber extending along a first inlet axis and adapted for releasable connection to a source of pressurized gas; a second inlet communicating with the chamber extending along a second inlet axis and adapted for releasable connection to a dust source; and an outlet extending along an outlet axis and communicating with the chamber, the outlet adapted for releasable connection to a receptacle, wherein the outlet comprises at least one baffle that diverts flow of the gas within the outlet to create an air vortex within the outlet that results in a change from laminar flow to transient flow, characterised in that the at least one baffle has a helical profile. a body having a chamber; a first inlet communicating with the chamber extending along a first inlet axis and adapted for releasable connection to a source of pressurized gas; a second inlet communicating with the chamber extending along a second inlet axis and adapted for releasable connection to a dust source; and an outlet extending along an outlet axis and communicating with the chamber, the outlet adapted for releasable connection to a receptacle, wherein the outlet comprises at least one baffle that diverts flow of the gas within the outlet to create an air vortex within the outlet that results in a change from laminar flow to transient flow,
A communication device for performing data communication by connecting with a terminal using short-range wireless communication via a preset connection destination address, the communication device comprising: a switching request receiving means configured to receive, when the communication device is connected with one terminal, a switching request indicating a connection switching to another terminal; an address changing means configured to change the connection destination address using the reception of the switching request by the switching request receiving means as a trigger; a connection disconnecting means configured to forcibly disconnect the connection with the one terminal when the connection destination address is changed by the address changing means; and a connection process executing means configured to receive a connection request from the other terminal by the connection destination address changed by the address changing means after the connection with the one terminal is disconnected by the connection disconnecting means and to connect with the other terminal. a switching request receiving means configured to receive, when the communication device is connected with one terminal, a switching request indicating a connection switching to another terminal; an address changing means configured to change the connection destination address using the reception of the switching request by the switching request receiving means as a trigger; a connection disconnecting means configured to forcibly disconnect the connection with the one terminal when the connection destination address is changed by the address changing means; and a connection process executing means configured to receive a connection request from the other terminal by the connection destination address changed by the address changing means after the connection with the one terminal is disconnected by the connection disconnecting means and to connect with the other terminal.
An arrangement for treating pulp to be fed to a screening room of a pulp mill, which arrangement comprises: a tower having an upstanding wall, and a bottom; a pulp inlet in an upper part of the tower; a device (114, 136) for feeding dilution liquid into the pulp flowing downwards in the tower, said dilution device (114, 136) being located substantially at a level which divides the tower into said upper part and a bottom part, and a discharge device for diluted pulp arranged in the bottom part of the tower, wherein a device for homogenizing the consistency of the diluted pulp flow is arranged at a distance downstream of the dilution device (114, 136) in the pulp flow direction and upstream of the discharge device, the homogenizing device comprising a rotating homogenizer comprising a shaft mounted in the wall of the tower, the shaft being equipped with at least one rotating member that generates turbulence in the pulp suspension, characterized in that the homogenizing device comprises a static homogenizer positioned downstream of the rotating homogenizer in the pulp flow direction and comprising at least one throttling member configured for throttling the pulp flow to further improve the turbulence in the pulp suspension. a tower having an upstanding wall, and a bottom; a pulp inlet in an upper part of the tower; a device (114, 136) for feeding dilution liquid into the pulp flowing downwards in the tower, said dilution device (114, 136) being located substantially at a level which divides the tower into said upper part and a bottom part, and a discharge device for diluted pulp arranged in the bottom part of the tower, wherein a device for homogenizing the consistency of the diluted pulp flow is arranged at a distance downstream of the dilution device (114, 136) in the pulp flow direction and upstream of the discharge device, the homogenizing device comprising a rotating homogenizer comprising a shaft mounted in the wall of the tower, the shaft being equipped with at least one rotating member that generates turbulence in the pulp suspension, characterized in that the homogenizing device comprises a static homogenizer positioned downstream of the rotating homogenizer in the pulp flow direction and comprising at least one throttling member configured for throttling the pulp flow to further improve the turbulence in the pulp suspension.
A method comprising: receiving, at a connection manager from a client device (210, 211, 212, 213), a request to establish a connection with a server (260, 261, 262), wherein the request indicates a user (201, 202, 203) of the client device (210, 211, 212, 213); authenticating (415, 420), at the connection manager, using a public key corresponding to the client device (210, 211, 212, 213), the user (201, 202, 203); and determining (430, 440), at the connection manager, whether the user (201, 202, 203) has privileges to access the server (260, 261, 262); characterized in that the method further comprises: after determining that the user (201, 202, 203) is authorized to access the server (260, 261, 262), retrieving, at the connection manager, a private key for authenticating the user with the server (260, 261, 262); and establishing, at the connection manager, using the private key for authenticating the user with the server (260, 261, 262), a connection to the server (260, 261, 262). receiving, at a connection manager from a client device (210, 211, 212, 213), a request to establish a connection with a server (260, 261, 262), wherein the request indicates a user (201, 202, 203) of the client device (210, 211, 212, 213); authenticating (415, 420), at the connection manager, using a public key corresponding to the client device (210, 211, 212, 213), the user (201, 202, 203); and determining (430, 440), at the connection manager, whether the user (201, 202, 203) has privileges to access the server (260, 261, 262); after determining that the user (201, 202, 203) is authorized to access the server (260, 261, 262), retrieving, at the connection manager, a private key for authenticating the user with the server (260, 261, 262); and establishing, at the connection manager, using the private key for authenticating the user with the server (260, 261, 262), a connection to the server (260, 261, 262).
A guiding element for a door mounted for sideways sliding motion in a wall cabinet and comprising a rail having a switching device and a carriage permanently attached to said door and adapted to slide along said rail, characterized in that in the rail there is formed at least one recess, through which an expansive contacting element is guided, the free end of which is designed to make contact, in a specific position of said door, with an exposed metallic component of a carriage permanently attached to said door and adapted to slide along said rail, for the purpose of closing an electric circuit incorporating at least one electric illuminating device disposed in the vicinity of the door.
A lubricant composition comprising: a) a base oil in a major amount having a kinematic viscosity between 2 and 8 cSt at 100°C; and b) an additive composition in a minor amount represented by formula I: wherein R is a polyoxyalkylene group, wherein x is between 160 and 190 and y is between 14 and 18, wherein R is represented by formula II: -(CH 2) a -O-(R 1) b -Q II R 1 is a combination of ethylene oxide and propylene oxide units, Q is hydrogen or a monovalent organic group selected from the group consisting of C1-C8 alkyl, acetyl and isocyanato group of the formula -NCO, subscript a is a positive integer of 2-6 and subscript b is a positive integer of 5-100, wherein R has a molecular weight of 500-5000 g/mol. a) a base oil in a major amount having a kinematic viscosity between 2 and 8 cSt at 100°C; and b) an additive composition in a minor amount represented by formula I: wherein R is a polyoxyalkylene group, wherein x is between 160 and 190 and y is between 14 and 18, wherein R is represented by formula II: -(CH 2) a -O-(R 1) b -Q II R 1 is a combination of ethylene oxide and propylene oxide units, Q is hydrogen or a monovalent organic group selected from the group consisting of C1-C8 alkyl, acetyl and isocyanato group of the formula -NCO, subscript a is a positive integer of 2-6 and subscript b is a positive integer of 5-100, wherein R has a molecular weight of 500-5000 g/mol.
An exhaust gas catalytic converter comprising a monolith with parallel channels, wherein the monolith - has a first segment that is provided with a first catalytic coating, - has a second segment that is provided with a second catalytic coating, and - has a first partial region in which the first and second segment (2, 5) overlap, wherein - the first segment tapers from the inlet side toward the outlet side, - the second segment tapers from the outlet side toward the inlet side, and - the center point of the monolith is situated in the first partial region. - has a first segment that is provided with a first catalytic coating, - has a second segment that is provided with a second catalytic coating, and - has a first partial region in which the first and second segment (2, 5) overlap, - the first segment tapers from the inlet side toward the outlet side, - the second segment tapers from the outlet side toward the inlet side, and - the center point of the monolith is situated in the first partial region.
A microelectromechanical component comprising - a semiconductor substrate, - a cavity formed in the semiconductor substrate, which cavity is covered by a reversibly deformable membrane, - wherein the membrane has portions in which material tensions of different strengths occur during deformation of the membrane, - a sensor for detecting a deformation of the membrane, and - a test actuator (28, 29, 30) for deforming the membrane for test purposes, - wherein the membrane, on its edge which comprises at least two opposite edge portions, is connected to the semiconductor substrate, and - wherein - when viewed across the whole extension of the membrane - the material tensions generated in the membrane during deformation of the membrane are maximal along the edge of the membrane, and - wherein the test actuator (28,29,30) is arranged at that site of one edge portion of the membrane in which the material tension is maximal during deformation of the membrane, characterized in - that the sensor is arranged at that site of the opposite other edge portion of the membrane in which the material tension is maximal during deformation of the membrane, and is arranged diametrically opposite to the test actuator (28,29,30), and - that, thus - with regard to the sites of the edge portions of the membrane in which the material tension is maximal during their deformation - the distance between the test actuator (28,29,30) and the sensor is maximal. - a semiconductor substrate, - a cavity formed in the semiconductor substrate, which cavity is covered by a reversibly deformable membrane, - wherein the membrane has portions in which material tensions of different strengths occur during deformation of the membrane, - a sensor for detecting a deformation of the membrane, and - a test actuator (28, 29, 30) for deforming the membrane for test purposes, - wherein the membrane, on its edge which comprises at least two opposite edge portions, is connected to the semiconductor substrate, and - wherein - when viewed across the whole extension of the membrane - the material tensions generated in the membrane during deformation of the membrane are maximal along the edge of the membrane, and - wherein the test actuator (28,29,30) is arranged at that site of one edge portion of the membrane in which the material tension is maximal during deformation of the membrane, characterized in - that the sensor is arranged at that site of the opposite other edge portion of the membrane in which the material tension is maximal during deformation of the membrane, and is arranged diametrically opposite to the test actuator (28,29,30), and - that, thus - with regard to the sites of the edge portions of the membrane in which the material tension is maximal during their deformation - the distance between the test actuator (28,29,30) and the sensor is maximal.
Refrigeration and/or freezer device, with a measuring device configured to determine the energy consumption of one or multiple components (10, 20, 30, 40) of the device or to determine the energy consumption of the entire device, and a display device, which forms part of the device and is in communication with the measuring device and is configured to output the energy consumption measured on the side of the measuring device on the display device, in a manner recognizable by a user, or with transmission means in communication with the measuring device and configured to transmit the energy consumption determined on the side of the measuring device to a display device for displaying the energy consumption, characterized in that multiple buffers (110, 120, 130) for the temporal smoothing of the energy consumption are arranged between the measuring device and the display device, wherein the multiple buffers (110, 120, 130) are connected with measuring devices of different groups of components (10, 20, 30, 40), and the different groups of components (10, 20, 30, 40) have a behavior temporally different in view of the energy consumption.
A machine tool comprising: a base column having a base portion and a column portion provided on the base portion; a first saddle supported behind the column portion and movable in a left-right direction; a second saddle supported on the first saddle and movable in a vertical direction; a spindle unit supported on the second saddle and movable in a front-back direction; a pair of X-axis guide mechanisms (51, 52) for guiding movements of the first saddle in the left-right direction; a pair of Y-axis guide mechanisms for guiding movements of the second saddle in the vertical direction; and a pair of Z-axis guide mechanisms for guiding movements of the spindle unit in the front-back direction, wherein the base portion has a base front portion in front of the column portion and a base back portion behind the column portion, respectively, a top surface of the base back portion is lower than a top surface of the base front portion, and the first saddle is disposed on the top surface of the base back portion, and characterized in that at least one of the pair of X-axis guide mechanisms (51, 52) and each of the pair of Y-axis guide mechanisms are provided between the first saddle and the column portion and positioned substantially in the same plane. a base column having a base portion and a column portion provided on the base portion; a first saddle supported behind the column portion and movable in a left-right direction; a second saddle supported on the first saddle and movable in a vertical direction; a spindle unit supported on the second saddle and movable in a front-back direction; a pair of X-axis guide mechanisms (51, 52) for guiding movements of the first saddle in the left-right direction; a pair of Y-axis guide mechanisms for guiding movements of the second saddle in the vertical direction; and a pair of Z-axis guide mechanisms for guiding movements of the spindle unit in the front-back direction, wherein the base portion has a base front portion in front of the column portion and a base back portion behind the column portion, respectively, a top surface of the base back portion is lower than a top surface of the base front portion, and the first saddle is disposed on the top surface of the base back portion, and characterized in that at least one of the pair of X-axis guide mechanisms (51, 52) and each of the pair of Y-axis guide mechanisms are provided between the first saddle and the column portion and positioned substantially in the same plane.