mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a flexible base layer having a first surface defined with a first area, a second area and a bend allowance section between the first area and the second area, and a second corresponding surface opposite the first surface, the flexible base layer having at least one trimmed corner along a processing line related to a trimming of the flexible base layer with respect to the first and second surfaces; an active area provided with an array of organic-light emitting diode elements and an array of pixel circuits configured to control emission of the array of organic-light emitting diode elements, the active area being provided in at least one of the first area and the second area of the flexible base layer; an inactive area provided with one or more driving circuits, the inactive area being provided in at least one of the first area and the second area of the flexible base layer; and a polarization layer on the active area, the polarization layer having at least one trimmed corner, wherein the polarization layer does not cross over the processing line related to the trimming of the flexible base layer such that the polarization layer has a configuration that is unaffected by the trimming of the flexible base layer. a flexible base layer having a first surface defined with a first area, a second area and a bend allowance section between the first area and the second area, and a second corresponding surface opposite the first surface, the flexible base layer having at least one trimmed corner along a processing line related to a trimming of the flexible base layer with respect to the first and second surfaces; an active area provided with an array of organic-light emitting diode elements and an array of pixel circuits configured to control emission of the array of organic-light emitting diode elements, the active area being provided in at least one of the first area and the second area of the flexible base layer; an inactive area provided with one or more driving circuits, the inactive area being provided in at least one of the first area and the second area of the flexible base layer; and a polarization layer on the active area, the polarization layer having at least one trimmed corner, wherein the polarization layer does not cross over the processing line related to the trimming of the flexible base layer such that the polarization layer has a configuration that is unaffected by the trimming of the flexible base layer.
An mobile terminal comprising: a camera lens assembly for shooting an object; and a window having a shooting region disposed in a position corresponding to the camera lens assembly, wherein the window comprises: a front surface including at least a portion of the shooting region and having a curved shape; and a rear surface including: an inclined surface which is inclined relative to the camera lens assembly disposed in at least a portion of the rear surface corresponding to the shooting region, wherein deterioration of image capture quality by the camera lens assembly is prevented by the inclined surface; wherein, when a first line segment connecting two points where an extension line of an angle of view of the camera lens assembly and the front surface meet, and a second line segment extending from a lens center of the camera lens assembly meet at a right angle, the inclined surface is formed to have the same slope as a slope of a tangential line that passes through a point of the front surface positioned on the second line segment; and wherein a boundary portion between the inclined surface and the rear surface is tapered. a camera lens assembly for shooting an object; and a window having a shooting region disposed in a position corresponding to the camera lens assembly, wherein the window comprises: a front surface including at least a portion of the shooting region and having a curved shape; and a rear surface including: an inclined surface which is inclined relative to the camera lens assembly disposed in at least a portion of the rear surface corresponding to the shooting region, a front surface including at least a portion of the shooting region and having a curved shape; and a rear surface including: an inclined surface which is inclined relative to the camera lens assembly disposed in at least a portion of the rear surface corresponding to the shooting region, wherein deterioration of image capture quality by the camera lens assembly is prevented by the inclined surface; wherein, when a first line segment connecting two points where an extension line of an angle of view of the camera lens assembly and the front surface meet, and a second line segment extending from a lens center of the camera lens assembly meet at a right angle, the inclined surface is formed to have the same slope as a slope of a tangential line that passes through a point of the front surface positioned on the second line segment; and wherein a boundary portion between the inclined surface and the rear surface is tapered.
A fuel tank comprising a lower cover and an upper cover; wherein the lower cover or the upper cover comprises a panel assembly; the panel assembly comprises a panel and a stringer attached to the panel; the stringer comprises a pair of portions (52a, 52b) which are spaced apart in a lengthwise direction of the stringer and connected to each other by a bridge; each portion is connected to a respective end of the bridge; each end of the bridge deviates away from the panel; and the stringer comprises a stringer recess between the bridge and the panel, and a flow passage in the stringer recess through which fluid can flow across the stringer, characterized in that the stringer comprises reinforcement fibres which extend between the portions via the bridge; each reinforcement fibre deviates away from the panel at each end of the bridge.
A high-frequency generator comprising a class D power stage comprising a voltage supply and a common earth, a first and a second switch (K1, K2) linked to the common earth and respectively controlled by two control signals to be switched on periodically and non-simultaneously at a frequency F, and two common-mode inductors (Lmc1, Lmc2) coupled in a Guanella balun, comprising for the first common-mode inductor a first and a second inductive line (L1, L2) with strong mutual coupling, each having an input and an output, and for the second common-mode inductor a third and a fourth inductive line (L3, L4), each having an input and an output, characterized in that the first switch is linked to the input of the first inductive line but not to the second, third and fourth inductive lines (L2, L3, L4) and the second switch is linked to the input of the fourth inductive line but not to the first, second and third lines (L1, L2, L3), the output of the first inductive line is linked to an output of the power stage of the generator, the output of the fourth inductive line is linked to an internal impedance (Z INT), the inputs of the second and third inductive lines (L2, L3) are linked to the supply voltage source, the output of the third inductive line is linked to the output of the first inductive line and the output of the second inductive line is linked to the internal impedance or to another internal impedance.
A composition for use in a method of immunizing a subject against S. aureus infection, said composition comprising: (i) an isolated immunogenic Leukocidin E (LukE) polypeptide fragment of SEQ ID NO: 11, wherein said LukE polypeptide fragment is 50 to 200 amino acids in length; (ii) an isolated immunogenic Leukocidin D (LukD) polypeptide fragment of SEQ ID NO: 22, wherein said LukD polypeptide fragment is 50 to 200 amino acids in length; or (iii) a combination of (i) and (ii); and a pharmaceutically acceptable carrier, wherein the isolated LukE and/or LukD polypeptide fragment is present in the composition in an amount effective to generate an immune response against S. aureus in the subject. (i) an isolated immunogenic Leukocidin E (LukE) polypeptide fragment of SEQ ID NO: 11, wherein said LukE polypeptide fragment is 50 to 200 amino acids in length; (ii) an isolated immunogenic Leukocidin D (LukD) polypeptide fragment of SEQ ID NO: 22, wherein said LukD polypeptide fragment is 50 to 200 amino acids in length; or (iii) a combination of (i) and (ii); and
Seismic isolation device for structures comprising at least one support leg that is constrained to the structure to be insulated, the support leg including at least a support element or pad, which is adapted to rest on a sliding surface with a deformation and includes a contact area set in contact with said sliding surface, wherein an extension of said contact area is variable and depends on the load resting on the support, characterized in that said support element or pad comprises a first pad that is supported by a first supporting element, which is guided so as to slide vertically inside a second cylindrical supporting element that in turn is integral to the support leg, and is provided with a second pad which has generally annular shape; the first supporting element being axially constrained to said second cylindrical supporting element by elastic means, together with the first pad.
A method for transmitting a precoding matrix index, PMI, said method comprising: acquiring, by a user equipment, UE, a capability of a transmission channel to carry said PMI, wherein the transmission channel is a channel carrying said PMI, and wherein the capability of the transmission channel to carry said PMI refers to a maximum number of bits for carrying said PMI on the transmission channel; forming, by the UE, a second codebook set as a subset of a first codebook set according to the capability of said transmission channel to carry said PMI, the first codebook set being locally stored on the UE; selecting, by the UE, a first precoding matrix from the second codebook set; and transmitting, by the UE, an index item corresponding to the selected first precoding matrix to a base station, BS, over the transmission channel. acquiring, by a user equipment, UE, a capability of a transmission channel to carry said PMI, wherein the transmission channel is a channel carrying said PMI, and wherein the capability of the transmission channel to carry said PMI refers to a maximum number of bits for carrying said PMI on the transmission channel; forming, by the UE, a second codebook set as a subset of a first codebook set according to the capability of said transmission channel to carry said PMI, the first codebook set being locally stored on the UE; selecting, by the UE, a first precoding matrix from the second codebook set; and transmitting, by the UE, an index item corresponding to the selected first precoding matrix to a base station, BS, over the transmission channel.
A pharmaceutical composition for use in a method of treating a glycoprotein-related disease in a subject in need thereof, comprising: a first effective amount of phenol red; and a second effective amount of an organic arsenic compound, wherein the glycoprotein-related disease is a virus infection. a first effective amount of phenol red; and a second effective amount of an organic arsenic compound, wherein the glycoprotein-related disease is a virus infection.
A system comprising: an implantable device having a pair of anchors that are movable between an open position and a closed position to secure the implantable device to a native valve; a delivery catheter; a coupler disposed at a distal end of the delivery catheter; a collar attached to the device; an actuation element which extends through the delivery catheter and into the device; and wherein the coupler and the collar are tied by a coupling tether which can recouple the device to the coupler after the actuation element has been removed from the device. an implantable device having a pair of anchors that are movable between an open position and a closed position to secure the implantable device to a native valve; a delivery catheter; a coupler disposed at a distal end of the delivery catheter; a collar attached to the device; an actuation element which extends through the delivery catheter and into the device; and wherein the coupler and the collar are tied by a coupling tether which can recouple the device to the coupler after the actuation element has been removed from the device.
An injection device (20, 46) comprising a medicament delivery mechanism comprising a reservoir, a plunger (22, 47) that moves to displace medicament from the reservoir for delivery to a user during use of the injection device; and a feedback mechanism for an injection device (20, 46), said injection device (20, 46) being configured to deliver a medicament to a user, the feedback mechanism comprising an actuator (27, 48) and a fluid chamber (40, 53) having a restricted outlet (42, 58), wherein the actuator (27, 48) is adapted to urge fluid from the fluid chamber (40, 53) through the restricted outlet (42, 58); and, an indicator (43, 59) adapted to provide feedback to said user after a predetermined volume of fluid has passed from the fluid chamber (40, 53) through the restricted outlet (42, 58) during use of the injection device (20, 46), wherein the indicator (43, 59) comprises a membrane (43, 59) adapted to be inflated by fluid passing through the restricted outlet (42, 58).
A device for changing gear in an electric vehicle comprising: an electric motor provided as a drive source; a stepped transmission provided in a drivetrain extending from the electric motor to a drive wheel, the stepped transmission having a park range, a neutral range and a travel range as selectable range positions; and gear shifting control means for controlling gear changing in the stepped transmission, the device for changing gear in an electric vehicle being characterized in that the gear shifting control means is configured to set the neutral range of the stepped transmission to a range over which the electric motor is not caused to generate torque even when an accelerator-depressing operation has been performed, and to place a first-gear-engaging element in an engaged state to engage a first gear when the neutral range has been selected. an electric motor provided as a drive source; a stepped transmission provided in a drivetrain extending from the electric motor to a drive wheel, the stepped transmission having a park range, a neutral range and a travel range as selectable range positions; and gear shifting control means for controlling gear changing in the stepped transmission, the device for changing gear in an electric vehicle being characterized in that the gear shifting control means is configured to set the neutral range of the stepped transmission to a range over which the electric motor is not caused to generate torque even when an accelerator-depressing operation has been performed, and to place a first-gear-engaging element in an engaged state to engage a first gear when the neutral range has been selected.
Microfluidic analysis system for analysing blood samples, having a sample input chamber with an opening and with three spatially separated input regions into which constituents of the blood sample can be input separately from one another, characterized in that the sample input chamber has at least two connection lines (8, 9) via which the constituents of the blood sample can be transported away into analysis chambers and via which a conveying fluid can be supplied to the sample input chamber, moreover having at least one reservoir which is filled with a conveying fluid which can be conveyed via a first connection line into the sample input chamber in order to transport constituents of the blood sample away from the sample input chamber.
A separator apparatus (10; 200; 300), adapted for use with an underwater excavation apparatus, the separator apparatus being configured to receive a mixture of fluid and solids from an underwater excavation apparatus, wherein the separator apparatus comprises: at least one separation arrangement or means, the separation arrangement (45; 345) being configured to separate at least a portion of the solids from a mixture of fluid and solids passing through the separator apparatus; a flow passage (50; 250b; 350a) configured to receive the mixture of fluid and solids from an underwater excavation apparatus, the mixture of fluid and solids passing through the flow passage, in use; a separation chamber (55; 255; 355) comprising at least one part of the flow passage; an inlet and an outlet (85; 285), the inlet being configured to receive the mixture of fluid and solids from an underwater excavation apparatus, and the outlet of the separator apparatus being configured to discharge a fluid at least partially separated from the mixture of fluid and solids, in use; wherein the at least one separation arrangement is provided in the separation chamber; characterised in that the separator apparatus further comprises a further outlet (115; 315) for discharge of solids at least partially separated from the mixture of fluid and solids onto a seabed, the further outlet being arranged in the separation chamber to face downwards, in use. at least one separation arrangement or means, the separation arrangement (45; 345) being configured to separate at least a portion of the solids from a mixture of fluid and solids passing through the separator apparatus; a flow passage (50; 250b; 350a) configured to receive the mixture of fluid and solids from an underwater excavation apparatus, the mixture of fluid and solids passing through the flow passage, in use; a separation chamber (55; 255; 355) comprising at least one part of the flow passage; an inlet and an outlet (85; 285), the inlet being configured to receive the mixture of fluid and solids from an underwater excavation apparatus, and the outlet of the separator apparatus being configured to discharge a fluid at least partially separated from the mixture of fluid and solids, in use; wherein the at least one separation arrangement is provided in the separation chamber; characterised in that the separator apparatus further comprises a further outlet (115; 315) for discharge of solids at least partially separated from the mixture of fluid and solids onto a seabed, the further outlet being arranged in the separation chamber to face downwards, in use.
A self-centering bearing assembly, comprising: - a first bearing support housing (402, 404) coupled to a first bearing device configured to support a rotating shaft, the first bearing support housing (402, 404) having a disc-like shape and a plurality of tabs extending from an outer diameter portion in an axial direction; - a second bearing support housing (404, 402) coupled to a second bearing device configured to support the rotating shaft, the second bearing support housing (404, 402) having a disc-like shape with a first diameter housing portion and a second diameter housing portion, the first diameter housing portion having a larger diameter than the second diameter housing portion; wherein the plurality of tabs are configured to couple to the second diameter housing portion such that the second bearing support housing (404, 402) is concentric to the first bearing support housing (402, 404), wherein either the first bearing device is a magnetic bearing device and the second bearing device is an auxiliary bearing device or the first bearing device is an auxiliary bearing device and the second bearing device is a magnetic bearing device. - a first bearing support housing (402, 404) coupled to a first bearing device configured to support a rotating shaft, the first bearing support housing (402, 404) having a disc-like shape and a plurality of tabs extending from an outer diameter portion in an axial direction; - a second bearing support housing (404, 402) coupled to a second bearing device configured to support the rotating shaft, the second bearing support housing (404, 402) having a disc-like shape with a first diameter housing portion and a second diameter housing portion, the first diameter housing portion having a larger diameter than the second diameter housing portion;
A suction assisting device for a refrigerator door, comprising a door end cover, and a hinge, the hinge being coupable to a cabinet and a door of a refrigerator, the hinge rotating with respect to the door when the door is being opened or closed, and the door end cover being securely coupable to the door; the suction assisting device further comprising a rotating shaft and an elastic piece, the rotating shaft being coupled to the hinge, the elastic piece being coupled to the door end cover via a secure coupling structure, the elastic piece being provided with a first stopper groove, and the rotating shaft being provided with a protrusion structure, the protrusion structure being laterally protruding with respect to said rotating shaft; wherein when the door forms an angle with the cabinet, the rotating shaft is pressed against the elastic piece to cause the elastic piece to deform, and when the angle continuously decreases, the elastic piece rebounds and the protrusion structure of the rotating shaft falls within the first stopper groove such that the rotating shaft is locked with the elastic piece to achieve locking of the door; wherein the hinge is provided with a hinge shaft, and the rotating shaft is provided with a first through hole, the hinge shaft being positioned in the first through hole coupling the hinge shaft to the rotating shaft in a non-rotating way such that when the door is being opened or closed, the hinge shaft rotates to drive the rotating shaft to rotate.
Housing cover for an electric machine with a housing, wherein the housing cover comprises an outer casing made from thermoplastic material, wherein an inner core made from thermosetting material is provided, wherein an electric circuit arrangement, which can be connected by way of an electrical connecting element, is embedded in the inner core, and wherein the housing cover is shaped such that with it a face side opening of the housing of the electric machine can be closed in a tight manner, characterised in that a bearing seat is embodied on a face side of the inner core. wherein the housing cover comprises an outer casing made from thermoplastic material, wherein an inner core made from thermosetting material is provided, wherein an electric circuit arrangement, which can be connected by way of an electrical connecting element, is embedded in the inner core, and wherein the housing cover is shaped such that with it a face side opening of the housing of the electric machine can be closed in a tight manner, characterised in that a bearing seat is embodied on a face side of the inner core.
A fibre for incorporation into a textile, the fibre comprising an electronic device, and an electrical conductor (104, 106) connected to the electronic device and extending along the entirety of a longitudinal axis of the fibre, wherein the electronic device and the electrical conductor (104, 106) are encapsulated by a unitary body of at least a first material, and wherein the fibre comprises a reinforcing member for reinforcing the fibre, and the electrical conductor (104, 106) is wound around the reinforcing member.
Actuator (10, 100, 200, 300) for the actuation of at least one movable member of a motor vehicle transmission, said actuator comprising a housing and a cover defining an internal volume in which are received at least one electric motor having a stator and a rotor mounted on a rotor shaft extending along an axis X1, a motor pinion fixed to the opposite end of the shaft to the rotor, a circuit board for supplying power to the stator and for controlling the electric motor, a step-down mechanism driven by the motor pinion, characterized in that the housing or the cover comprises an electrical connector which incorporates a semipermeable membrane allowing an exchange of gas between the inside of the actuator and the external surroundings.