mhurhangee/ep-ind-claims huggingface dataset:
Distribution device of a telecommunications installation, having an accommodation device which accommodates a plurality of functional elements, wherein each functional element has connection elements which are in the form of IDC contacts and are positioned in two IDC contact rows which are arranged one above the other, wherein the IDC contacts of a first IDC contact row of each functional element serve to connect cable cores of at least one subscriber cable or system cable, wherein the IDC contacts of a second IDC contact row of each functional element serve to connect cable cores of at least one jumper cable, wherein each jumper cable has an a-cable core and a b-cable core which carry message data and has an s-cable core which serves for shielding purposes, and wherein the a-cable cores and the b-cable cores of each jumper cable can be connected to IDC contacts of the second IDC contact row of a functional element by means of a jumper plug, characterized in that the accommodation device has, adjacent to, specifically above or below, the second IDC contact row of each functional element, a jumper cable shielding element which extends parallel to the respective second IDC contact row over the entire width of the said jumper cable shielding element, wherein the jumper cable shielding element can make contact with each respective jumper plug, when the said jumper plug makes contact with IDC contacts of a second IDC contact row of a functional element, in such a way that the s-cable core of the respective jumper cable cannot be connected to the IDC contacts of the respective second IDC contact row, but rather to the jumper cable shielding element which runs parallel to the said second IDC contact row, by means of the respective jumper plug.
A method of manufacturing a molded resin article comprising: placing a decorative resin sheet in an injection molding die so that the surface of the mold layer faces the side from which a molten resin is injected; injecting the molten resin onto the side of the surface of the mold layer in the injection molding die to mold a molded resin article; and separating the molded resin article and the mold layer; wherein the decorative resin sheet comprises a mold layer having a surface on which an embossment is formed and containing 50 wt.% or more, based upon the entirety of the resin components in the mold layer, of a polyolefin-based resin, the decorative resin sheet having a 100% modulus at 200°C of 0.02 MPa or more, which is measured at a tension speed of 200 mm/min by a method including setting a distance between a pair of chucks for holding both ends of a test piece of a dumbbell shape No. 3 at a time of initiation of a test to 60 mm and defining a time point at which the distance between the pair of chucks reaches 120 mm as a time point at which a tensile elongation of the test piece becomes 100% in JIS K6251 (2004 version). placing a decorative resin sheet in an injection molding die so that the surface of the mold layer faces the side from which a molten resin is injected; injecting the molten resin onto the side of the surface of the mold layer in the injection molding die to mold a molded resin article; and separating the molded resin article and the mold layer; wherein the decorative resin sheet comprises a mold layer having a surface on which an embossment is formed and containing 50 wt.% or more, based upon the entirety of the resin components in the mold layer, of a polyolefin-based resin, the decorative resin sheet having a 100% modulus at 200°C of 0.02 MPa or more, which is measured at a tension speed of 200 mm/min by a method including setting a distance between a pair of chucks for holding both ends of a test piece of a dumbbell shape No. 3 at a time of initiation of a test to 60 mm and defining a time point at which the distance between the pair of chucks reaches 120 mm as a time point at which a tensile elongation of the test piece becomes 100% in JIS K6251 (2004 version).
A method for controlling assembly at an assembly workplace with a display and with a pre-positioning device, which has a plurality of individual pre-positioning modules for components and/or tools, wherein the pre-positioning modules have an identification device, which can be triggered with a movable code carrier, and a marking device with several different marking functions, characterized in that the pre-positioning device with its pre-positioning modules is used simultaneously by individual workers, and that various code carriers are provided for identifying the individual workers, wherein the different marking functions are allocated to the varying movable code carriers.
An electric grill configured for the cooking of food, the electric grill comprising: a housing defining an open interior and an aperture through a top of the housing; element frames positioned at the sides of the open interior, the element frames each comprising upper and lower arms; and electric heating elements positioned within the element frames, the electric heating elements positioned within the open interior exterior of the aperture in a direction towards the housing, and the electric heating elements generate IR energy that is directed towards a middle of the open interior below the aperture, and heat energy exits the housing through the aperture by radiative heat transfer and convective heat transfer, wherein such convective heat transfer comprises air currents circulating within the open interior past the electric heating elements and out of the aperture, characterised in that cooling ducts extend through the open interior, the cooling ducts each comprising a plurality of holes therein along a lengthwise dimension of the cooling ducts, wherein a flow of air flows from the cooling ducts past the heating elements and out of the aperture, wherein the flow of air dissipates heat from the heating elements. a housing defining an open interior and an aperture through a top of the housing; element frames positioned at the sides of the open interior, the element frames each comprising upper and lower arms; and electric heating elements positioned within the element frames, the electric heating elements positioned within the open interior exterior of the aperture in a direction towards the housing, and the electric heating elements generate IR energy that is directed towards a middle of the open interior below the aperture, and heat energy exits the housing through the aperture by radiative heat transfer and convective heat transfer, wherein such convective heat transfer comprises air currents circulating within the open interior past the electric heating elements and out of the aperture, characterised in that cooling ducts extend through the open interior, the cooling ducts each comprising a plurality of holes therein along a lengthwise dimension of the cooling ducts, wherein a flow of air flows from the cooling ducts past the heating elements and out of the aperture, wherein the flow of air dissipates heat from the heating elements.
A reduced salt mixture comprising at least two or more different particle sizes of a salt substitute wherein the at least two or more different particle sizes comprise fine and coarse particles, wherein fine particles have a particle size range of about 125 to 180 microns in accordance with USP 24/NF19 wherein coarse particles have a particle size range of about 355 to 1000 microns in accordance with USP 24/NF19, wherein the salt substitute is selected from the group consisting of potassium chloride, ammonium chloride, calcium chloride, magnesium chloride, potassium lactate, and combinations thereof, and wherein the ratio of fine to coarse particles is from 1.5:1 to 1:1.5.
Vehicle user interface having a display glass, which is coated with a film, and having at least one actuating element attached to the display glass, wherein that side of the display glass that faces away from the film is adhesively bonded by means of a second adhesive layer to a touch-sensitive input device and the actuating element is adhesively bonded to the display glass by means of a first adhesive layer such that an actuation of the actuating element can be detected via the display glass by means of the touch-sensitive input device, and in that the film has an opening, within which the actuating element is adhesively bonded to the display glass, with the result that there is no film under the actuating element and the display glass is coated with the film in a region which is visible to the user and surrounds the actuating element, and in that the film is an anti-shatter film and/or an anti-fingerprint film and/or an antireflection film.
An electronic apparatus comprising: means configured to: perform processing (S301-S307) of detecting a predetermined object in a captured image and tracking the predetermined object, wherein in a case that the predetermined object is moving by an amount that is not less than a predetermined amount, a region in which the predetermined object is detected is displayed in a grid shape, and in a case that the predetermined object is not moving by the amount that is not less than the predetermined amount, the region of the predetermined object is displayed without the grid shape, and perform focus processing (S308-S322) on the region of the predetermined object in response to a shooting preparation instruction, wherein in a case that the predetermined object is moving by the amount that is not less than the predetermined amount, an in-focus region of the predetermined object is displayed in a grid shape, and in a case that the predetermined object is not moving by the amount that is not less than the predetermined amount, the in-focus region of the predetermined object is displayed without the grid shape. perform processing (S301-S307) of detecting a predetermined object in a captured image and tracking the predetermined object, wherein in a case that the predetermined object is moving by an amount that is not less than a predetermined amount, a region in which the predetermined object is detected is displayed in a grid shape, and in a case that the predetermined object is not moving by the amount that is not less than the predetermined amount, the region of the predetermined object is displayed without the grid shape, and perform focus processing (S308-S322) on the region of the predetermined object in response to a shooting preparation instruction, wherein in a case that the predetermined object is moving by the amount that is not less than the predetermined amount, an in-focus region of the predetermined object is displayed in a grid shape, and in a case that the predetermined object is not moving by the amount that is not less than the predetermined amount, the in-focus region of the predetermined object is displayed without the grid shape.
A saddle type vehicle including a vehicle meter device, the vehicle meter device comprising: an analog display unit that is exposed to the outside of the saddle type vehicle, the analog display unit having a dial plate and a pointer; an electronic display unit that is exposed to the outside of the saddle type vehicle, the electronic display unit including a display for displaying vehicle information; a display control unit that electronically controls displayed contents of the electronic display unit; a communication unit that performs a wireless communication with an external communication terminal; a housing in which the display control unit and the communication unit are arranged, the housing including a part of the analog display unit and a part of the electronic display unit; a power supply unit which supplies the power with at least the analog display unit, the electronic display unit, the display control unit, the communication unit and the power supply unit having a common power conduction path at the outside of the housing, wherein the display control unit is configured to be partly exposed to the outside from the housing and a board side connector is arranged at the exposed portion of the display control unit, the power supply unit being connected to the board side connector. an analog display unit that is exposed to the outside of the saddle type vehicle, the analog display unit having a dial plate and a pointer; an electronic display unit that is exposed to the outside of the saddle type vehicle, the electronic display unit including a display for displaying vehicle information; a display control unit that electronically controls displayed contents of the electronic display unit; a communication unit that performs a wireless communication with an external communication terminal; a housing in which the display control unit and the communication unit are arranged, the housing including a part of the analog display unit and a part of the electronic display unit; a power supply unit which supplies the power with at least the analog display unit, the electronic display unit, the display control unit, the communication unit and the power supply unit having a common power conduction path at the outside of the housing, wherein the display control unit is configured to be partly exposed to the outside from the housing and a board side connector is arranged at the exposed portion of the display control unit, the power supply unit being connected to the board side connector.
A magnetic resonance system 10, comprising: a least one RF coil (21, 23); gradient coils; a gradient controller for controlling the operation of the gradient coils; a Radio Frequency receiver unit; an RF transmitter unit; a sequence controller for controlling the operation of an imaging sequence which includes the RF transmitter unit controlling the operation of the at least one RF coil and the gradient controller controlling the operation of the gradient coils; at least one cable ( 30, 32, 34) including at least one optic fiber component ( 31C, 31E, 33B, 35B), wherein the at least one cable ( 30, 32, 34) further includes at least one cable component ( 31A, 31B, 31D, 33A, 35A), wherein the at least one optic fiber component ( 31C, 31E, 33B, 35B) is coupled to the at least one cable component ( 31A, 31B, 31D, 33A, 35A) along the length of the at least one cable ( 30, 32, 34), wherein the at least one cable component includes conductive and insulating components configured to carry current to the at least one RF coil; and an optical monitoring unit in communication with the at least one optic fiber component ( 31C, 31E, 33B, 35B), the optical monitoring unit being configured to: determine temperatures at each of a plurality of positions along the at least one optic fiber component ( 31C, 31E, 33B, 35B) using swept wavelength interferometry to measure Rayleigh backscatter as a function of length of the at least one optic fiber component. a least one RF coil (21, 23); gradient coils; a gradient controller for controlling the operation of the gradient coils; a Radio Frequency receiver unit; an RF transmitter unit; a sequence controller for controlling the operation of an imaging sequence which includes the RF transmitter unit controlling the operation of the at least one RF coil and the gradient controller controlling the operation of the gradient coils; at least one cable ( 30, 32, 34) including at least one optic fiber component ( 31C, 31E, 33B, 35B), wherein the at least one cable ( 30, 32, 34) further includes at least one cable component ( 31A, 31B, 31D, 33A, 35A), wherein the at least one optic fiber component ( 31C, 31E, 33B, 35B) is coupled to the at least one cable component ( 31A, 31B, 31D, 33A, 35A) along the length of the at least one cable ( 30, 32, 34), wherein the at least one cable component includes conductive and insulating components configured to carry current to the at least one RF coil; and an optical monitoring unit in communication with the at least one optic fiber component ( 31C, 31E, 33B, 35B), the optical monitoring unit being configured to: determine temperatures at each of a plurality of positions along the at least one optic fiber component ( 31C, 31E, 33B, 35B) using swept wavelength interferometry to measure Rayleigh backscatter as a function of length of the at least one optic fiber component.
A method for triggering network policy update performed by a policy management function entity, the method comprising: receiving application layer information of a User Equipment, UE, transmitted from an application server; determining a network policy parameter corresponding to the application layer information in accordance with the application layer information; and triggering the network policy update in accordance with the network policy parameter, characterized in that the application layer information comprises mobility information of the UE and/or continuity feature information of a service; the network policy parameter corresponding to the mobility information of the UE comprises mobility restriction of the UE, and the network policy parameter corresponding to the continuity feature information of the service comprises a continuity mode required by a Protocol Data Unit, PDU, session; when the application layer information comprises the mobility information of the UE, the determining the network policy parameter corresponding to the application layer information in accordance with the application layer information comprises: determining the mobility restriction of the UE in accordance with the mobility information of the UE; when the application layer information comprises the continuity feature information of the service, the determining the network policy parameter corresponding to the application layer information in accordance with the application layer information comprises: determining the continuity mode required by the PDU session in accordance with the continuity feature information of the service. receiving application layer information of a User Equipment, UE, transmitted from an application server; determining a network policy parameter corresponding to the application layer information in accordance with the application layer information; and triggering the network policy update in accordance with the network policy parameter, characterized in that the application layer information comprises mobility information of the UE and/or continuity feature information of a service; the network policy parameter corresponding to the mobility information of the UE comprises mobility restriction of the UE, and the network policy parameter corresponding to the continuity feature information of the service comprises a continuity mode required by a Protocol Data Unit, PDU, session; when the application layer information comprises the mobility information of the UE, the determining the network policy parameter corresponding to the application layer information in accordance with the application layer information comprises: determining the mobility restriction of the UE in accordance with the mobility information of the UE; when the application layer information comprises the continuity feature information of the service, the determining the network policy parameter corresponding to the application layer information in accordance with the application layer information comprises: determining the continuity mode required by the PDU session in accordance with the continuity feature information of the service.
A turbomachine comprising: a shaft rotatable about a rotational axis; a turbine wheel provided at one end of the shaft for rotation about the rotational axis within a turbine housing; the shaft being supported for rotation in a bearing housing by a bearing assembly comprising inner and outer races radially separated by bearing elements, wherein the bearing elements are rolling elements, the bearing housing having a bore through which the shaft extends, the bearing assembly being disposed in the bore, wherein the turbomachine further comprises an axial stop member arranged to restrain axial movement of the bearing assembly, a bore is provided in said axial stop member, through which the shaft passes, the bore is defined by a radially inner surface of the axial stop member which forms a close radial fit with the shaft, or a member mounted on the shaft to rotate with the shaft, an anti-rotation formation engageable with a complementary formation provided on the outer race of the bearing assembly so as to rotationally fix the outer race relative to the axial stop member and wherein the axial stop member further comprises a lubricating fluid directing member and a lubricating fluid outlet, the lubricating fluid directing member being arranged to receive lubricating fluid that is flung radially outward from said axis, due to the rotation of the shaft, and to direct the lubricating fluid to the lubricating fluid outlet.
A kit of parts, comprising: a first container having a closed end, an open end, and a sidewall extending between the closed end and the open end defining a first container interior; a second container having a closed end, an open end, and a sidewall extending between the closed end and the open end defining a second container interior; a first closure for enclosing the open end of the first container in a first instance and for enclosing the open end of the second container in a second instance, wherein the first closure includes a rotatable platform adapted to receive a sample holder; and a second closure for enclosing the open end of the second container, wherein the first container interior is adapted to removably receive the sample holder therein when the first closure encloses the open end of the first container, and the second container interior is adapted to subsequently receive the same sample holder therein when the first closure encloses the open end of the second container. a first container having a closed end, an open end, and a sidewall extending between the closed end and the open end defining a first container interior; a second container having a closed end, an open end, and a sidewall extending between the closed end and the open end defining a second container interior; a first closure for enclosing the open end of the first container in a first instance and for enclosing the open end of the second container in a second instance, wherein the first closure includes a rotatable platform adapted to receive a sample holder; and a second closure for enclosing the open end of the second container, wherein the first container interior is adapted to removably receive the sample holder therein when the first closure encloses the open end of the first container, and the second container interior is adapted to subsequently receive the same sample holder therein when the first closure encloses the open end of the second container.