mhurhangee/ep-ind-claims huggingface dataset:
A method for at least partially separating a multilayer composite, comprising a flat body and a layer adhering to it, in particular, a grinding wheel and a separating layer glued to it, wherein the composite is moved in a working direction, characterized in that a pressure difference is generated between an ambient pressure and an internal pressure within a detachment tube, wherein the layer is at least partially sucked onto the detachment tube and the detachment tube is rotated in a circumferential direction around a longitudinal axis of the detachment tube, wherein the layer is at least partially detached from the body and partially wrapped around the detachment tube.
A mobile communication system comprising: a mobile station; a first Mobility Management Entity, MME; and a second MME; wherein said mobile station is configured to obtain a Temporary Mobile Station Identifier, TMSI, including a Network Resource Identifier, NRI, indicating one Mobile Switching Center / Visited Location Register, MSC/VLR, from said one MSC/VLR, selected for Location Registration from a plurality of MSCs/VLRs by said first MME based on International Mobile Subscriber Identity, IMSI, Hash method, wherein said mobile station is configured to transmit a Location Registration request including said NRI to said second MME, and wherein said second MME is configured to select, based on said NRI, said one MSC/VLR in order to make a request for location registration to said one MSC/VLR. a mobile station; a first Mobility Management Entity, MME; and a second MME; wherein said mobile station is configured to obtain a Temporary Mobile Station Identifier, TMSI, including a Network Resource Identifier, NRI, indicating one Mobile Switching Center / Visited Location Register, MSC/VLR, from said one MSC/VLR, selected for Location Registration from a plurality of MSCs/VLRs by said first MME based on International Mobile Subscriber Identity, IMSI, Hash method, wherein said mobile station is configured to transmit a Location Registration request including said NRI to said second MME, and wherein said second MME is configured to select, based on said NRI, said one MSC/VLR in order to make a request for location registration to said one MSC/VLR.
A metallic glass fastening screw, wherein amorphous bulk metallic glass is molded by form rolling at glass transition temperature or less of the bulk metallic glass as a process material, in processing a screw thread and a screw groove of the screw, and a relationship of d > 0.022 x D holds provided that a depth from a bottom of the screw groove in a region where plastic strain is introduced by the form rolling is d and an outside diameter of the screw is D.
A method of transmitting, by user equipment, UE, an uplink subframe including a plurality of symbols in a cellular mobile communication system, wherein each symbol includes a cyclic prefix and a data part, the method comprising: receiving, by the UE, a timing adjustment command for indicating an advance of a transmission timing of the uplink subframe relative to a current transmission timing; transmitting, by the UE, a previous uplink subframe to which the current transmission timing is applied; and when the previous uplink subframe is overlapped with the uplink subframe due to the advance of the transmission timing of the uplink subframe, transmitting, by the UE, a part of the uplink subframe that is next to the overlapped part of the uplink subframe, without transmitting the overlapped part, wherein the overlapped part of the uplink subframe includes at least a part of a cyclic prefix of a starting symbol of the uplink subframe. receiving, by the UE, a timing adjustment command for indicating an advance of a transmission timing of the uplink subframe relative to a current transmission timing; transmitting, by the UE, a previous uplink subframe to which the current transmission timing is applied; and when the previous uplink subframe is overlapped with the uplink subframe due to the advance of the transmission timing of the uplink subframe, transmitting, by the UE, a part of the uplink subframe that is next to the overlapped part of the uplink subframe, without transmitting the overlapped part, wherein the overlapped part of the uplink subframe includes at least a part of a cyclic prefix of a starting symbol of the uplink subframe.
A cam action door closer comprising a body, a spring, an axis, a cam being connected to the axis, a speed control channel system and a latching control channel system, and a closing control piston having a piston head and a circular side, the cam action door closer also comprising a closing piston, the body having a bore that is divided into three spaces (5, 7, 9) by the pistons (6, 8), the first space being for the spring, the spring being in connection with the closing piston, the spring and the closing piston being on another side with respect to the axis than the closing control piston, the closing piston being in connection with the cam, the axis and the cam being located in the second space, and the closing control piston being in connection with the cam and between the second space and the third space, characterised in that the closing control piston has a cutting on the side of the closing control piston and on the piston head, the cutting forming a control edge at its end, the cutting having a length between the piston head and the control edge, the speed control channel system comprises a speed control channel and a speed connecting channel, which speed connecting channel is located in such a way that the control edge is arranged to close it when the closing control piston is moved by the spring via the closing piston and the cam to close a door.
Method for generating signals for influencing the movement of a vehicle body, whose movement sequences can be open-loop or closed-loop controlled, of a motor vehicle, wherein the movement of the vehicle body is determined by sensor, the sensor signals corresponding to the determined sensor values are fed to a shock absorber controller, and the shock absorber controller supplies at least one control signal for evaluating semi-active or active shock absorbers, by means of which the movement of the vehicle body can be influenced, wherein the influence of external interference effects, in particular from road excitation, are taken into account during the determination of the at least one control signal, wherein energetic state variables of the moving masses of the vehicle are determined on the basis of the interference effects, and the movement of the vehicle body is influenced by taking into account the energetic state variables, characterized in that kinetic and potential energy states are taken into account during the determination of the energetic state variables of the moving masses of the vehicle, wherein the kinetic and potential energy states are combined by means of a combination unit to form a total amount of energy.
Driver device for driving a load having a plurality of separate capacitive load elements, in particular an ultrasound transducer having a plurality of transducer elements, comprising: - input terminals (44, 46) for connecting the driver device to a power supply; - a plurality of output terminals each for connecting the driver device to one of the load elements, - a first controllable switch connected to a first of the input terminals, and - a plurality of driving elements each having a second controllable switch and a resistor connected in series to each other, characterized in that the first controllable switch is a single controllable switch, which connects the capacitive load elements to a first voltage level, and in that each of the driving elements is connected in series with the first controllable switch and to a second of the input terminals, and wherein each of the output terminals is connected to one of the driving elements for powering the load elements; and in that i) the first controllable switch is provided for charging the capacitive load elements and the second controllable switches are provided for individually discharging the capacitive load elements; or ii) the first controllable switch is provided for discharging the capacitive load elements and the second controllable switches are provided for individually charging the capacitive load elements. - input terminals (44, 46) for connecting the driver device to a power supply; - a plurality of output terminals each for connecting the driver device to one of the load elements, - a first controllable switch connected to a first of the input terminals, and - a plurality of driving elements each having a second controllable switch and a resistor connected in series to each other, i) the first controllable switch is provided for charging the capacitive load elements and the second controllable switches are provided for individually discharging the capacitive load elements; or ii) the first controllable switch is provided for discharging the capacitive load elements and the second controllable switches are provided for individually charging the capacitive load elements.
An obstacle detection system intended for a vehicle, said vehicle extending longitudinally along an anteroposterior plane of symmetry from a rear end to a front end, said vehicle extending transversely from a first side to a second side which are located on either side of said anteroposterior plane, said obstacle detection system comprising at least one obstacle detector having a scanning pattern effecting detection in a field of view, characterised in that said obstacle detection system comprises at least one obstacle detector referred to as "first obstacle detector " effecting detection in a first field of view and an obstacle detector referred to as "second obstacle detector " effecting detection in a second field of view, the first obstacle detector being intended to be arranged on said first side and the second obstacle detector being intended to be arranged on said second side, the first field of view and the second field of view intersecting in a common field of view during at least one operating mode in order to permit checking of the operation of the obstacle detection system when an obstacle is detected in the common field of view, the first obstacle detector and the second obstacle detector comprise a first transmitter emitting a first detection signal and a second transmitter emitting a second detection signal, respectively, the first obstacle detector and the second obstacle detector comprising, respectively, a first receiver which receives a first reception signal and a second receiver which receives a second reception signal when the first detection signal and the second detection signal strike an obstacle, said obstacle detection system comprising an analysis unit which performs a comparison of said first reception signal and said second reception signal when the first obstacle detector and the second obstacle detector are directed at one and the same obstacle which is present in said common field of view, said analysis unit communicating with a signalling unit for signalling a malfunction if a result of said comparison is not in accordance with a predetermined comparison criterion.
Wheel assembly for an electric vehicle, said wheel assembly comprising a wheel having a hub defining an intra-hub space and an electric driving system for driving said hub, said electric driving system comprising a driving device for producing a driving moment, a speed reducer which is transmission-connected to a downstream side of said driving device and has the speed-reduction function, wherein said electric driving system is coaxially connected to said hub, with at least a part of said electric driving system accommodated in the intra-hub space, said electric driving system is directly connected to said hub by a hub coupling member, said hub coupling member comprises an axial extension rod cooperating with a system output shaft of said electric driving system without any relative rotation, and a radial extension plate which is located at an end of said axial extension rod and cooperates with said hub without any relative rotation, a concave accommodation portion for accommodating said radial extension plate is set up at a centre of said hub, characterized in that said radial extension plate is assembled in said concave accommodation portion by shape locking and/or force locking, said system output shaft has an accommodation hole used to accommodate said axial extension rod of said hub coupling member, wherein said accommodation hole extends in the axial direction of said system output shaft to the hub facing axial end face of said system output shaft, and said hub coupling member further comprises a step portion which is used to define the insertion depth of said axial extension rod in said accommodation hole, and said step portion is set up at the transitional corner portion between said axial extension rod and said radial extension plate. said electric driving system is directly connected to said hub by a hub coupling member, said hub coupling member comprises an axial extension rod cooperating with a system output shaft of said electric driving system without any relative rotation, and a radial extension plate which is located at an end of said axial extension rod and cooperates with said hub without any relative rotation, a concave accommodation portion for accommodating said radial extension plate is set up at a centre of said hub, characterized in that said radial extension plate is assembled in said concave accommodation portion by shape locking and/or force locking, said system output shaft has an accommodation hole used to accommodate said axial extension rod of said hub coupling member, wherein said accommodation hole extends in the axial direction of said system output shaft to the hub facing axial end face of said system output shaft, and said hub coupling member further comprises a step portion which is used to define the insertion depth of said axial extension rod in said accommodation hole, and said step portion is set up at the transitional corner portion between said axial extension rod and said radial extension plate.
A support post for use with a dental implant, said dental implant having an internally threaded bore and a non-round fitting located at a gingival end portion thereof, said implant being adopted to be substantially located below an exterior surface of the gingiva and contacting a jawbone, said support post comprising: - a ceramic portion for supporting a prosthesis, • said ceramic portion having a supragingival region for protruding beyond said gingiva and a subgingival end below said supragingival region, • said ceramic portion having a passageway extending therethrough, • said passageway narrowing to form a shoulder; - a screw adapted to engage threads of said internally threaded bore in said implant and insertable through said passageway, • said screw comprising a head and a threaded section, said head of said screw seats entirely on said shoulder; - and a metal portion extending into said passageway and engaging said subgingival end of said ceramic portion, • said metal portion having a lower section for engaging said corresponding non-round fitting of said dental implant and an opening to provide access to said screw; characterized in that said shoulder on which said head of said screw entirely seats is made entirely of ceramic. - a ceramic portion for supporting a prosthesis, • said ceramic portion having a supragingival region for protruding beyond said gingiva and a subgingival end below said supragingival region, • said ceramic portion having a passageway extending therethrough, • said passageway narrowing to form a shoulder; • said ceramic portion having a supragingival region for protruding beyond said gingiva and a subgingival end below said supragingival region, • said ceramic portion having a passageway extending therethrough, • said passageway narrowing to form a shoulder; - a screw adapted to engage threads of said internally threaded bore in said implant and insertable through said passageway, • said screw comprising a head and a threaded section, said head of said screw seats entirely on said shoulder; • said screw comprising a head and a threaded section, said head of said screw seats entirely on said shoulder; - and a metal portion extending into said passageway and engaging said subgingival end of said ceramic portion, • said metal portion having a lower section for engaging said corresponding non-round fitting of said dental implant and an opening to provide access to said screw; • said metal portion having a lower section for engaging said corresponding non-round fitting of said dental implant and an opening to provide access to said screw;
A vaccine composition comprising: a) a compound PBS-57 of formula: and b) an antigen, for use as a medicament in a method of enhancing the humoral and/or cell mediated immune response to the antigen of a subject vaccinated with said vaccine composition, relative to a control from a subject vaccinated with said antigen alone, and wherein the antigen is not complexed with a B subunit of Shiga toxin or a functional equivalent thereof which is able to bind the Gb3 receptor. a) a compound PBS-57 of formula: and b) an antigen, for use as a medicament in a method of enhancing the humoral and/or cell mediated immune response to the antigen of a subject vaccinated with said vaccine composition, relative to a control from a subject vaccinated with said antigen alone, and wherein the antigen is not complexed with a B subunit of Shiga toxin or a functional equivalent thereof which is able to bind the Gb3 receptor.
A box-opening device configured to unfold a folded cardboard box sheet in which a first side and a second side surfaces overlap a third and a fourth side surfaces, and to form a square-tube-shaped cardboard box in which the first side surface, the second side surface, the third side surface, and the fourth side surface are arranged in this order, the box-opening device comprising: a first grasping part that grasps the first side surface; a first arm that has a second grasping part that grasps the fourth side surface and changes a posture while the second grasping part grasps the fourth side surface; and a control part that controls a movement of the first arm so that an initial action, in which a gap is formed between the first and second side surfaces and the third and fourth side surfaces of the folded cardboard box sheet overlapping each other, and a main action, which is performed after the initial action and in which the cardboard box sheet is formed into a square tube shape, are executed as an action of unfolding the cardboard box sheet; the first arm moving at or slower than a predetermined speed in the initial action, and the first arm moving faster than the predetermined speed in the main action, and the control part controlling the movement of the first arm based on an angle (α) formed by the first side surface and the fourth side surface at completion of the initial action, wherein the angle (α) is determined by the control part according to a size of the cardboard box sheet or inputted by an operator. a first grasping part that grasps the first side surface; a first arm that has a second grasping part that grasps the fourth side surface and changes a posture while the second grasping part grasps the fourth side surface; and a control part that controls a movement of the first arm so that an initial action, in which a gap is formed between the first and second side surfaces and the third and fourth side surfaces of the folded cardboard box sheet overlapping each other, and a main action, which is performed after the initial action and in which the cardboard box sheet is formed into a square tube shape, are executed as an action of unfolding the cardboard box sheet; the first arm moving at or slower than a predetermined speed in the initial action, and the first arm moving faster than the predetermined speed in the main action, and the control part controlling the movement of the first arm based on an angle (α) formed by the first side surface and the fourth side surface at completion of the initial action, wherein the angle (α) is determined by the control part according to a size of the cardboard box sheet or inputted by an operator.
An electronic device configured to operate as a mobile guest device, comprising: a communicator configured to communicate with a server; a processor configured to: receive from an external device configured to operated as a mobile host device, information which is obtained from a QR code that is displayed on a display device, based on the received information, request to the server a first application for connecting to a second application executed in the display device, and download the first application from the server. a communicator configured to communicate with a server; a processor configured to: receive from an external device configured to operated as a mobile host device, information which is obtained from a QR code that is displayed on a display device, based on the received information, request to the server a first application for connecting to a second application executed in the display device, and download the first application from the server. receive from an external device configured to operated as a mobile host device, information which is obtained from a QR code that is displayed on a display device, based on the received information, request to the server a first application for connecting to a second application executed in the display device, and download the first application from the server.
A method for wetting a membrane surface comprising: disposing a membrane surface to be wetted in a local wetting environment including air; flushing the local wetting environment with a flushing gas for a flushing duration that replaces the air in the local wetting environment with the flushing gas; preventing air from entering back into the local wetting environment; and introducing a liquid wetting solution into the local wetting environment while the flushing gas is in the wetting environment, the flushing gas having at least one condition selected from 1) being chemically reactive with the liquid wetting solution to produce a chemical reaction product that is dissolvable in the liquid wetting solution and 2) being dissolvable in the liquid wetting solution. disposing a membrane surface to be wetted in a local wetting environment including air; flushing the local wetting environment with a flushing gas for a flushing duration that replaces the air in the local wetting environment with the flushing gas; preventing air from entering back into the local wetting environment; and introducing a liquid wetting solution into the local wetting environment while the flushing gas is in the wetting environment, the flushing gas having at least one condition selected from 1) being chemically reactive with the liquid wetting solution to produce a chemical reaction product that is dissolvable in the liquid wetting solution and 2) being dissolvable in the liquid wetting solution.