mhurhangee/ep-ind-claims huggingface dataset:
Subscriber identifier for subscriber authentication in a mobile telecommunications network, containing a first subscription data record for subscriber authentication in a first mobile telecommunications network, and at least one second subscription data record for subscriber authentication in a second mobile telecommunications network, wherein, dependent upon an available mobile telecommunications network, one of the contained subscription data records is usable for subscriber authentication in each case, the subscriber identifier comprises a controller which is configured to activate, dependent upon a received identifier of the available mobile telecommunications network, a subscription data record for the subscriber authentication, characterized in that the controller is configured to activate a complete first subscription data record when a second subscription data record, which is assigned an available mobile communications network, is incomplete, to perform a registration in the said available mobile communications network using the said first subscription data record, and to request the missing information of the incomplete subscription data record from the said mobile communication network and to store it in the incomplete subscription data record, in order to complete the incomplete subscription data record.
Absorber device for a vehicle, in particular for absorbing kinetic energy in a collision of the vehicle, comprising - at least two absorber elements being configured so as to be mountable on a load introduction section of a vehicle frame of the vehicle and defining an absorption direction, - a holding device, and - a collision bar with two bar ends, configured to directly absorb collision forces, - wherein the collision bar, in a designated operating position, is positioned by means of the holding device in a coupling plane on the absorber elements such that collision forces can be conducted from the collision bar via the bar ends into the absorber elements, and - wherein the collision bar can be arranged by using the holding device in a designated stowed position outside the coupling plane such that the collision bar is displaced relative to the operating position at least partially perpendicularly to the absorption direction, and that the collision bar in the stowed position, relative to its operating position, does not protrude, by maximum 5 cm, by maximum 10 cm or by no more than 1% of a total length of the vehicle opposite the absorption direction. - at least two absorber elements being configured so as to be mountable on a load introduction section of a vehicle frame of the vehicle and defining an absorption direction, - a holding device, and - a collision bar with two bar ends, configured to directly absorb collision forces, - wherein the collision bar, in a designated operating position, is positioned by means of the holding device in a coupling plane on the absorber elements such that collision forces can be conducted from the collision bar via the bar ends into the absorber elements, and - wherein the collision bar can be arranged by using the holding device in a designated stowed position outside the coupling plane such that the collision bar is displaced relative to the operating position at least partially perpendicularly to the absorption direction, and that the collision bar in the stowed position, relative to its operating position, does not protrude, by maximum 5 cm, by maximum 10 cm or by no more than 1% of a total length of the vehicle opposite the absorption direction.
Method for preselecting a gear in a multi-clutch transmission of a vehicle upon exiting free-wheeling state, the multi-clutch transmission comprising friction clutches (113, 114) drivingly connected to a prime mover, a transmission output shaft, and a main transmission that comprises input shafts (121, 122) connected to said friction clutches (113, 114), a countershaft parallel to at least one of said input shafts (121, 122), gearwheels (130, 131, 132, 133, 134, 135, 136, 137, 191, 192, 193) and tooth clutches (140, 141, 142, 148, 149), where a first clutch of said friction clutches and a first subset of said tooth clutches are arranged to be selectively engaged in order to transfer torque in a first set of gears between said prime mover and said transmission output shaft, and where a second clutch of said friction clutches and a second subset of said tooth clutches are arranged to be selectively engaged in order to transfer torque in a second set of gears between said prime mover and said transmission output shaft; wherein the multi-clutch transmission being operated in a free-wheeling state having a gear of said first set of gears preselected; the first friction clutch being disengaged; the method characterised by comprising the steps: A) upon determining that at least one predetermined condition for exiting free-wheeling state is met; increasing the rotational speed of the prime mover towards a rotational synchronization speed of said preselected gear; the second friction clutch being in a closed state such that the rotational speed of the input shaft of the second friction clutch increases with the increasing rotational speed of the prime mover; B) disengaging the second friction clutch; C) engaging, at a suitable time point, at least one tooth clutch of said second subset of said tooth clutches corresponding to a gear of said second set of gears such that said gear of said second set of gears becomes preselected. A) upon determining that at least one predetermined condition for exiting free-wheeling state is met; increasing the rotational speed of the prime mover towards a rotational synchronization speed of said preselected gear; the second friction clutch being in a closed state such that the rotational speed of the input shaft of the second friction clutch increases with the increasing rotational speed of the prime mover; B) disengaging the second friction clutch; C) engaging, at a suitable time point, at least one tooth clutch of said second subset of said tooth clutches corresponding to a gear of said second set of gears such that said gear of said second set of gears becomes preselected.
A network system comprising: a commercial electric appliance comprising a cost system for an operation thereof; and a control device communicably connected to the commercial electric appliance, wherein the control device comprises a display unit configured to remotely monitor operation information of the commercial electric appliance, and a server communicably connected to the commercial electric appliance and the control device, wherein set-up of user identification information is required in the control device or the commercial electric appliance to operate the commercial electric appliance using the control device, wherein the control device performs reservation with respect to use of the commercial electric appliance in the state where the control device is communicably connected to the server, and characterized in that an input of the user identification information into the commercial electric appliance is required to use the commercial electric appliance after the reservation is completed, and if the user identification information is not inputted within a preset time, the reservation is cancelled to prevent performing reservation without using the commercial electric appliance and when the reservation is completed, locking of the reserved electric appliance is set by a command transmitted from the server to the control unit of the electric appliance. a commercial electric appliance comprising a cost system for an operation thereof; and a control device communicably connected to the commercial electric appliance, wherein the control device comprises a display unit configured to remotely monitor operation information of the commercial electric appliance, and a server communicably connected to the commercial electric appliance and the control device, wherein set-up of user identification information is required in the control device or the commercial electric appliance to operate the commercial electric appliance using the control device, wherein the control device performs reservation with respect to use of the commercial electric appliance in the state where the control device is communicably connected to the server, and characterized in that an input of the user identification information into the commercial electric appliance is required to use the commercial electric appliance after the reservation is completed, and if the user identification information is not inputted within a preset time, the reservation is cancelled to prevent performing reservation without using the commercial electric appliance and when the reservation is completed, locking of the reserved electric appliance is set by a command transmitted from the server to the control unit of the electric appliance.
Lamp, comprising: a lamp housing, having an end wall and a side wall, wherein the end wall and the side wall form a housing interior; a lighting means device arranged in the housing interior and having a lighting means carrier and at least one lighting means arranged thereon; an insulation component formed from an electrically insulating material and having a main portion and an edging portion, wherein the main portion is arranged between the end wall and the lighting means device and wherein the edging portion extends from the main portion, transversely thereto, in such a way that the edging portion is arranged between the lighting means device and the side wall of the lamp housing; wherein the main portion of the insulation component comprises a recess and the lighting means device is arranged on the main portion of the insulation component in such a way that a lighting means region of the lighting means carrier, in which the at least one lighting means is arranged, and the recess of the main portion of the insulation component at least partially overlap; wherein the lamp comprises a heat conduction component, which is formed from an electrically insulating material and is arranged between the lighting means device and the insulation component or between the insulation component and the end wall of the lamp housing; and wherein the edging portion of the insulation component comprise an at least partially curved cross sectional course. a lamp housing, having an end wall and a side wall, wherein the end wall and the side wall form a housing interior; a lighting means device arranged in the housing interior and having a lighting means carrier and at least one lighting means arranged thereon; an insulation component formed from an electrically insulating material and having a main portion and an edging portion, wherein the main portion is arranged between the end wall and the lighting means device and wherein the edging portion extends from the main portion, transversely thereto, in such a way that the edging portion is arranged between the lighting means device and the side wall of the lamp housing; wherein the main portion of the insulation component comprises a recess and the lighting means device is arranged on the main portion of the insulation component in such a way that a lighting means region of the lighting means carrier, in which the at least one lighting means is arranged, and the recess of the main portion of the insulation component at least partially overlap; wherein the lamp comprises a heat conduction component, which is formed from an electrically insulating material and is arranged between the lighting means device and the insulation component or between the insulation component and the end wall of the lamp housing; and wherein the edging portion of the insulation component comprise an at least partially curved cross sectional course.
Protein-polypeptide complex for use in treating oncological skin diseases as a biologically active ingredient within the composition of the medication in the form of 1.0-2.5 ml solution in a pharmaceutically acceptable carrier with complex concentration in it in the amount of 0.05 - 0.4 mg and injected with the needle's reverse run 1-3 times per week in the form of 6-20 injections during the course of 4-14 procedures during intracutaneous injections around lesion of the damaged tissue prior and/or after tumor removal, or directly into the tumor tissue after tumor size determination; along with that, the protein-polypeptide complex is used as an active substance, it is produced from homogenate of embryonic nervous and skin tissues of the hoofed livestock and contains negatively charged slightly acidic and neutral proteins and polypeptides with the molecular mass from 5 to 200 kDa and fraction content with the average molecular mass within the range from 10 to 120 kDa of at least 80 %, general protein content 0.2 - 4.2 mg/ml, maximum absorption peak of the solution UV spectrum at the wavelength 280±5nm, peak presence at the wave length 274-284 nm in the UV-visible spectrum range, presence of specific bands within pl range from 4.2 to 8.4 at isoelectric focusing in 5% polyacrylamide gel.
A torque fluctuation absorbing device comprising: a first rotating member which is rotatably disposed; a second rotating member which is disposed to rotate relative to the first rotating member and has a friction surface that is frictionally engaged with a predetermined member other than the first rotating member; a damper portion which is accommodated in the first rotating member and absorbs fluctuating torque caused by torsion between the first rotating member and the second rotating member; and a heat transfer avoiding portion which avoids a transfer of heat generated in the friction surface to the first rotating member, characterized in that a surface of the first rotating member which faces a portion of the second rotating member in which radiant heat is generated due to heat generated in the friction surface, includes the heat transfer avoiding portion, wherein the heat transfer avoiding portion is a mirror surface. a first rotating member which is rotatably disposed; a second rotating member which is disposed to rotate relative to the first rotating member and has a friction surface that is frictionally engaged with a predetermined member other than the first rotating member; a damper portion which is accommodated in the first rotating member and absorbs fluctuating torque caused by torsion between the first rotating member and the second rotating member; and a heat transfer avoiding portion which avoids a transfer of heat generated in the friction surface to the first rotating member, characterized in that a surface of the first rotating member which faces a portion of the second rotating member in which radiant heat is generated due to heat generated in the friction surface, includes the heat transfer avoiding portion, wherein the heat transfer avoiding portion is a mirror surface.
Dynamic and/or adaptive signposting system comprising: at least one sensor (11a-e) that is designed to sense a physical variable relevant to a route guidance, at least one display device (13, 13a-c) that comprises a dynamic display, wherein the dynamic display is designed to retain a displayed image in an unpowered state, wherein the display device further comprises a memory on which images for display on the dynamic display are completely stored, and a control unit, a cloud with a data memory and an AI algorithm for ascertaining a control signal on the basis of the physical variable relevant to the route guidance, wherein the control unit can be connected to the cloud, wherein the control unit is furthermore designed to transmit to the cloud the physical variable relevant to the route guidance and to receive the control signal from the cloud, wherein the control unit is furthermore designed to actuate the at least one display device (13, 13a-c) with the control signal to display a completely prestored image on the dynamic display, wherein the display device is furthermore designed to interpret the control signal in order to display the corresponding image. at least one sensor (11a-e) that is designed to sense a physical variable relevant to a route guidance, at least one display device (13, 13a-c) that comprises a dynamic display, wherein the dynamic display is designed to retain a displayed image in an unpowered state, wherein the display device further comprises a memory on which images for display on the dynamic display are completely stored, and a control unit, a cloud with a data memory and an AI algorithm for ascertaining a control signal on the basis of the physical variable relevant to the route guidance, wherein the control unit can be connected to the cloud, wherein the control unit is furthermore designed to transmit to the cloud the physical variable relevant to the route guidance and to receive the control signal from the cloud, wherein the control unit is furthermore designed to actuate the at least one display device (13, 13a-c) with the control signal to display a completely prestored image on the dynamic display, wherein the display device is furthermore designed to interpret the control signal in order to display the corresponding image.
A method for realizing a resource status exchanging procedure_in a Long Term Evolution Advanced, LTE-A, system where one or more Relay Nodes, RNs, are connected with a source evolved Node B, eNB, via a Donor evolved Node B, DeNB, the method is characterized by comprising: receiving, by the DeNB, a resource status request message from the source eNB, wherein the resource status request message includes cell information to be reported, wherein the source eNB refers to a sender eNB who sends out the resource status request message, and wherein the cell information refers to state information about a cell where the source eNB is located; allocating, by the DeNB, a Measurement ID to the source eNB in accordance with the resource status request message; establishing, by the DeNB, context information for the source eNB, wherein the context information stores therein a corresponding relationship between the allocated Measurement IDs and the source eNB; and sending, by the DeNB, the resource status request message carrying the Measurement ID to the one or more RNs. receiving, by the DeNB, a resource status request message from the source eNB, wherein the resource status request message includes cell information to be reported, wherein the source eNB refers to a sender eNB who sends out the resource status request message, and wherein the cell information refers to state information about a cell where the source eNB is located; allocating, by the DeNB, a Measurement ID to the source eNB in accordance with the resource status request message; establishing, by the DeNB, context information for the source eNB, wherein the context information stores therein a corresponding relationship between the allocated Measurement IDs and the source eNB; and sending, by the DeNB, the resource status request message carrying the Measurement ID to the one or more RNs.
A smart mobility vehicle comprising: a windshield comprising an electrochromic film having adjustable transparency based on power applied thereto; and a projector configured to project vehicle driving information onto the windshield, wherein the windshield comprises an internal display area and an external display area, the internal display area being configured to display an image toward an inside of the vehicle, the external display area being configured to display an image toward an outside of the vehicle, and wherein the electrochromic film comprises a first film attached on the inner surface of the windshield, and a second film attached to the inner surface of the first film, characterized in that the internal display area and the external display area are divided on the windshield, and the projector is configured to project images toward both the internal and external display areas (110, 120). a windshield comprising an electrochromic film having adjustable transparency based on power applied thereto; and a projector configured to project vehicle driving information onto the windshield, wherein the windshield comprises an internal display area and an external display area, the internal display area being configured to display an image toward an inside of the vehicle, the external display area being configured to display an image toward an outside of the vehicle, and wherein the electrochromic film comprises a first film attached on the inner surface of the windshield, and a second film attached to the inner surface of the first film, characterized in that the internal display area and the external display area are divided on the windshield, and the projector is configured to project images toward both the internal and external display areas (110, 120).
A Compton camera for medical imaging, the Compton camera comprising: a first module having a wedged cross-section formed by a first housing, a first scatter detector connected with the first housing, and a first catcher detector connected with the first housing and spaced from the first scatter detector; and a second module having the same wedged cross-section formed by a second housing, a second scatter detector connected with the second housing, and a second catcher detector connected with the second housing and spaced from the second scatter detector; wherein the first module is connectable with the second module, and the first module, when connected with the second module, is releasable from the second module. a first module having a wedged cross-section formed by a first housing, a first scatter detector connected with the first housing, and a first catcher detector connected with the first housing and spaced from the first scatter detector; and a second module having the same wedged cross-section formed by a second housing, a second scatter detector connected with the second housing, and a second catcher detector connected with the second housing and spaced from the second scatter detector; wherein the first module is connectable with the second module, and the first module, when connected with the second module, is releasable from the second module.
A scissor lift comprising a bottom frame, a top frame, a scissor mechanism arranged between said bottom frame and said top frame to displace said bottom frame and said top frame in relation to each other by means of the force provided by a linear actuator, whereby said scissor lift further comprises a gearing arranged between said scissor mechanism and said linear actuator, wherein said linear actuator has a linear actuator point of attack at one end of a lever arm of said gearing, and wherein said bottom frame is connected to a bottom frame point of attack at another end of said lever arm characterised in that said scissor mechanism is connected to said lever arm through a lever arm pivotal joint arranged between said linear actuator point of attack and said bottom frame point of attack.
A biaxially oriented polypropylene film a capacitor in which a relationship between the storage elastic modulus E'23 at 23°C and the storage elastic modulus E' 125 at 125°C in the film width direction in solid viscoelasticity measurement satisfies the following expression: E ′ 125 / E ′ 23 > 0.2, the storage elastic moduli are measured as described in the specification; and wherein the thermal shrinkage ratio in the film width direction in a heat treatment at 125°C for 15 minutes is 1% or less; and wherein the thickness of the film is 0.5 μm or more and less than 3 μm. the storage elastic moduli are measured as described in the specification; and wherein the thermal shrinkage ratio in the film width direction in a heat treatment at 125°C for 15 minutes is 1% or less; and wherein the thickness of the film is 0.5 μm or more and less than 3 μm.