mhurhangee/ep-ind-claims huggingface dataset:
System for creating a data record which defines a dental prosthesis part, wherein the system comprises means by which a data record is created, the data record comprising: entries with respect to a plurality of elements (2, 3, 4, 5) defining the surface or the shape of a dental prosthesis part, wherein the elements (2, 3, 4, 5) are triangular surface elements, wherein for each element (2, 3, 4, 5) such an entry is provided and for each such entry also one, two or more attributes (A1, A2, 47) are listed, characterised in that one attribute (A1, A2, 47) of the one, the two or the more attributes (A1, A2, 47) defines a product accuracy for the element (2, 3, 4, 5). entries with respect to a plurality of elements (2, 3, 4, 5) defining the surface or the shape of a dental prosthesis part, wherein the elements (2, 3, 4, 5) are triangular surface elements, wherein for each element (2, 3, 4, 5) such an entry is provided and for each such entry also one, two or more attributes (A1, A2, 47) are listed, characterised in that one attribute (A1, A2, 47) of the one, the two or the more attributes (A1, A2, 47) defines a product accuracy for the element (2, 3, 4, 5).
A method comprising receiving a start area user input actuation from a physically distinguishable start area of a touch screen of a device, while the device is in a mode in which both a screen lock and a key lock are activated such that the screen is turned off or in power save mode but touch sensors of the touch screen are still active, wherein no visual or other feedback is given to the user to indicate that the start area user input actuation has been received, then receiving at least one intermediate user input actuation from an intermediate area of said touch screen, said intermediate area being placed between said start area and a physically distinguishable target area of said touch screen, wherein said target area is operatively connected to an activation event, wherein no visual or other feedback is given to the user to indicate that the at least one intermediate user input actuation has been received, then receiving a target area user input actuation from said target area of said touch screen, and responsive thereto, deactivating the screen lock and the key lock and executing said activation event, the activation event comprising launching an application, wherein launching the application is further in response to detecting that said target area user input actuation is discontinued; wherein, if said target area is associated with at least one sub-choice, said activation event further comprises introducing a new start area coinciding with said target area, and introducing at least one new target area associated with said sub-choice. introducing a new start area coinciding with said target area, and introducing at least one new target area associated with said sub-choice.
A method of manufacturing a secondary battery, comprising: providing an electrode assembly; attaching a sealing tape to the electrode assembly so that the sealing tape at least partially extends around an outer surface of the electrode assembly in a winding direction, the sealing tape comprising a base layer and an adhesive layer, with the base layer formed on an outer surface of the adhesive layer; placing the electrode assembly in a can arranged to house the electrode assembly; and providing electrolyte to the electrode assembly, wherein, prior to contacting with the electrolyte, the base layer covers a first area of the outer surface of the adhesive layer; said method characterised in that the contact with the electrolyte causes the base layer to change shape such that the base layer shrinks so to cover a second area of the outer surface of the adhesive layer, the second area being smaller than the first area; and wherein the shrinking of the base layer causes portions of the base layer to contact an inner surface of the can. providing an electrode assembly; attaching a sealing tape to the electrode assembly so that the sealing tape at least partially extends around an outer surface of the electrode assembly in a winding direction, the sealing tape comprising a base layer and an adhesive layer, with the base layer formed on an outer surface of the adhesive layer; placing the electrode assembly in a can arranged to house the electrode assembly; and providing electrolyte to the electrode assembly, wherein, prior to contacting with the electrolyte, the base layer covers a first area of the outer surface of the adhesive layer; said method characterised in that the contact with the electrolyte causes the base layer to change shape such that the base layer shrinks so to cover a second area of the outer surface of the adhesive layer, the second area being smaller than the first area; and wherein the shrinking of the base layer causes portions of the base layer to contact an inner surface of the can.
A detachable receptacle comprising a mounting assembly having fixing means by which it can be secured to a piece of textile material and a container assembly, each of the mounting assembly and the container assembly having mutually co-operative coupling means that permit repeated interconnection and separation of the mounting assembly and the container assembly, characterised in that the receptacle includes a removable tray component within which content of the container is carried and an ejection mechanism that is operable to cause the tray component to be ejected from the container assembly.
A method for processing a lignocellulose material, comprising the following steps: Step: crushing and sieving the lignocellulose material to yield lignocellulose granules, and collecting the lignocellulose granules having a particle size of 0.08 -0.1 mm; Step: mixing the lignocellulose granules obtained in the step with water, a mass ratio of the lignocellulose granules to water being from 1:1 to 1:5, to yield a mixture of the lignocellulose granules and water, and grinding the mixture of the lignocellulose and water through a colloid mill at a temperature of 70-90°C for 1-2 hours to yield a first lignocellulose suspension comprising lignocellulose particles having a particle size of 40-80 μm; Step: homogenizing the first lignocellulose suspension obtained in the step at a pressure of 50-100 atm and a temperature of 60-85°C for 1-2 hours to yield a second lignocellulose suspension comprising lignocellulose particles having a particle size of 10-40 μm; and Step: buffering the second lignocellulose suspension obtained in the step with a buffer solution of sodium acetate and acetic-acid, adding cellulase, β-glucosidase, and xylanase, and performing zymolysis of the second lignocellulose suspension for 36-72 hours. Step: crushing and sieving the lignocellulose material to yield lignocellulose granules, and collecting the lignocellulose granules having a particle size of 0.08 -0.1 mm; Step: mixing the lignocellulose granules obtained in the step with water, a mass ratio of the lignocellulose granules to water being from 1:1 to 1:5, to yield a mixture of the lignocellulose granules and water, and grinding the mixture of the lignocellulose and water through a colloid mill at a temperature of 70-90°C for 1-2 hours to yield a first lignocellulose suspension comprising lignocellulose particles having a particle size of 40-80 μm; Step: homogenizing the first lignocellulose suspension obtained in the step at a pressure of 50-100 atm and a temperature of 60-85°C for 1-2 hours to yield a second lignocellulose suspension comprising lignocellulose particles having a particle size of 10-40 μm; and Step: buffering the second lignocellulose suspension obtained in the step with a buffer solution of sodium acetate and acetic-acid, adding cellulase, β-glucosidase, and xylanase, and performing zymolysis of the second lignocellulose suspension for 36-72 hours.
An assembly comprising at least one electrical, electronic, mechanical, or mechatronic component, and a support to which said at least one component is fastened, wherein: the support includes at least one fastener device; the support is configured to mechanically support said at least one component on a substrate by means of said at least one fastener device; and wherein said at least one fastener device comprises at least two substantially parallel fastener branches (24A, 24B) extending in an insertion direction, electrically connected to each other; each fastener branch is asymmetrical and does not have any retention abutment; the fastener branches (24A, 24B) present insertion surfaces (26A, 26B) that are inclined relative to the insertion direction and that are oriented in opposite directions in order to facilitate insertion of the fastener branches in at least one insertion hole formed in the substrate; the support is configured so that, before insertion in an insertion hole, the ends of the fastener branches are not in contact with each other; and the fastener branches are configured to deform elastically while they are being inserted in said at least one insertion hole. the support includes at least one fastener device; the support is configured to mechanically support said at least one component on a substrate by means of said at least one fastener device; and wherein said at least one fastener device comprises at least two substantially parallel fastener branches (24A, 24B) extending in an insertion direction, electrically connected to each other; each fastener branch is asymmetrical and does not have any retention abutment; the fastener branches (24A, 24B) present insertion surfaces (26A, 26B) that are inclined relative to the insertion direction and that are oriented in opposite directions in order to facilitate insertion of the fastener branches in at least one insertion hole formed in the substrate; the support is configured so that, before insertion in an insertion hole, the ends of the fastener branches are not in contact with each other; and the fastener branches are configured to deform elastically while they are being inserted in said at least one insertion hole.
Connecting assembly for fastening a top case to a motorcycle or a motorcycle-like vehicle, having: - a first connecting section which is configured for connecting to the motorcycle or motorcycle-like vehicle, and - a second connecting section which is configured for connecting to an underside of the top case, wherein the first and the second connecting section are connected to one another such that they can be moved rotationally about a defined rotational axis, wherein the connecting assembly comprises a rotary joint for providing the rotationally movable connection, and the rotary joint defines the rotational axis and is connected firstly to the first connecting section and secondly to the second connecting section, characterized in that the connecting assembly furthermore comprises at least one guide projection which is guided in each case in or on a guide section for guiding the rotational movement. - a first connecting section which is configured for connecting to the motorcycle or motorcycle-like vehicle, and - a second connecting section which is configured for connecting to an underside of the top case,
A system for detecting an analyte in a sample of body fluid, comprising a biosensor adapted to electrochemically detect an analyte in a body fluid sample, the biosensor comprising: a single-piece elongated body with two end surfaces, the body having an alignment-selective cross sectional shape; at least two electrical conductors embedded within the single-piece body and extending between the two end surfaces, the at least two electrical conductors being exposed at the two end surfaces to define exposed portions of the at least two electrical conductors; and a reagent disposed on one of the end surfaces and on the exposed portions of the at least two electrical conductors, wherein the at least two electrical conductors comprise two or more wires; and a test meter comprising a complimentary shaped receptacle configured to receive the biosensor, the receptacle including at least two electrical connectors adapted to electrically connect with the electrical conductors when the biosensor is inserted into the receptacle, wherein the receptacle is configured to receive the biosensor in first and second orientations, the first orientation being different from the second orientation, and wherein the function of the at least two electrical conductors of the biosensor when the biosensor is connected to the test meter in the first orientation is different from the function of the at least two electrical conductors of the biosensor when the biosensor is connected to the test meter in the second orientation. a single-piece elongated body with two end surfaces, the body having an alignment-selective cross sectional shape; at least two electrical conductors embedded within the single-piece body and extending between the two end surfaces, the at least two electrical conductors being exposed at the two end surfaces to define exposed portions of the at least two electrical conductors; and a reagent disposed on one of the end surfaces and on the exposed portions of the at least two electrical conductors, wherein the at least two electrical conductors comprise two or more wires; and
A transmitter terminal, the transmitter terminal being adapted for device to device, D2D, communication and/or transmission; the transmitter terminal further being adapted for transmitting multiplexed control information and data, wherein the control information is transmitted within a first resource pool, the first resource pool being a pool of control information resources, wherein the data is transmitted within a second resource pool, the second resource pool being a pool of data resources, wherein the control information and the data are multiplexed based on a mapping, and wherein the mapping uniquely associates each control information resource from the first resource pool to one or more data resources from the second resource pool.
An electromagnetic attraction force testing device for a magnetic track brake, comprising a steel rail, a force measuring rail block, a guide groove, an elastic force measuring device and a pull machine, characterized in that, the steel rail consists of segmented steel rails, and a magnetic pole of the magnetic track brake is placed on a rail surface of the steel rail; the guide groove comprises a groove body, a cover plate and a limiting plate; the groove body is vertically provided between the segmented steel rails, and the cover plate is demountable mounted at a front side of the groove body; the limiting plate is fixed on an inner wall of the groove body, the force measuring rail block and the elastic force measuring device are both located inside the groove body, and the force measuring rail block is mounted above the limiting plate; when the magnetic pole is not placed on the steel rail, a lower end of the force measuring rail block is contacted with an upper end of the limiting plate; when the magnetic pole is placed, an upper end of the force measuring rail block is flush with an upper surface of the steel rail and is attracted onto the magnetic pole, and the lower end of the force measuring rail block goes away from the limiting plate; the elastic force measuring device is mounted below the limiting plate, the force measuring rail block is connected to the elastic force measuring device through an intermediate connection rod, a lower end of the elastic force measuring device is connected to the pull machine, and the pull machine bottom up pulls the elastic force measuring device and the force measuring rail block to move vertically along the inner wall of the groove body.
A base station, comprising: a receiving unit configured to receive a link failure report including identification information transmitted by user equipment after the base station establishes connection with the user equipment successfully, the identification information including: identification associated with the user equipment and/or identification of the user equipment in a base station where the user equipment is present when the link failure is observed by the user equipment; and a transmitting unit configured to transmit a link failure indication including the link failure report with the identification information to the base station where the user equipment is present when the link failure is observed by the user equipment. a receiving unit configured to receive a link failure report including identification information transmitted by user equipment after the base station establishes connection with the user equipment successfully, the identification information including: identification associated with the user equipment and/or identification of the user equipment in a base station where the user equipment is present when the link failure is observed by the user equipment; and a transmitting unit configured to transmit a link failure indication including the link failure report with the identification information to the base station where the user equipment is present when the link failure is observed by the user equipment.
A composite structure comprising a foam layer, a textile layer, a cover layer, and a lacquer layer in this order, as a coating for an airbag cover, the foam layer having a density of at most 300 kg/m 3 and containing a polyolefin, the cover layer being thermoplastic and comprising at least two compact sublayers of different composition, each sublayer containing at least one thermoplastic selected from polyolefin and polyvinyl chloride.
An image forming apparatus comprising: a transfer unit configured to transfer an image onto an object by making contact with the object; a holding unit configured to hold the object having a circumferential surface so that the circumferential surface rotates along a transfer direction of the transfer unit; a fixing unit configured to fix on the circumferential surface of the object, the image transferred by the transfer unit by heating the object; and a transport unit configured to transport the holding unit holding the object along a transport path, wherein the holding unit includes a jig configured to support the object placed thereon, the image forming apparatus being characterized in that: the transfer unit is configured to transfer the image onto the circumferential surface of the object in a circumferential direction as the object rotates about a central axis of the circumferential surface of the object, by making contact with the circumferential surface of the object maintained at a transfer position, and that the jig holds the object so that the central axis of the circumferential surface of the object is orthogonal to the transfer direction of the transfer unit at the transfer position. a transfer unit configured to transfer an image onto an object by making contact with the object; a holding unit configured to hold the object having a circumferential surface so that the circumferential surface rotates along a transfer direction of the transfer unit; a fixing unit configured to fix on the circumferential surface of the object, the image transferred by the transfer unit by heating the object; and a transport unit configured to transport the holding unit holding the object along a transport path, wherein the holding unit includes a jig configured to support the object placed thereon, the image forming apparatus being characterized in that: the transfer unit is configured to transfer the image onto the circumferential surface of the object in a circumferential direction as the object rotates about a central axis of the circumferential surface of the object, by making contact with the circumferential surface of the object maintained at a transfer position, and that the jig holds the object so that the central axis of the circumferential surface of the object is orthogonal to the transfer direction of the transfer unit at the transfer position.
Herbal preparation for use in wound healing containing as an active substance an alcoholic plant extract emulsified or suspended in an organic medium, wherein the extract contains melittis melissophyllum herb in an amount from 10% to 40% w/w, and ethyl alcohol in an amount from 10% to 20% w/w.
An interferon coding sequence selected from the group consisting of SEQ ID NOs: 1, 3, and 4 for use in a method for vaccination as an adjuvant in combination with a DNA vaccine plasmid in salmon.
A control device for an internal combustion engine, comprising: required torque acquiring means that acquires required torque required of the internal combustion engine; air quantity controlling torque setting means that sets torque having only a low frequency obtained from the required torque as air quantity controlling torque; air-fuel ratio controlling torque setting means that sets torque including both a low frequency and a high frequency which is obtained from the required torque as air-fuel ratio controlling torque; target air quantity calculating means that calculates a target air quantity for realizing the air quantity controlling torque, based on data in which a relationship of an air quantity and torque is set; air quantity controlling means that controls an air quantity in accordance with the target air quantity; present air quantity calculating means that calculates a present air quantity; target air-fuel ratio calculating means that calculates an air-fuel ratio corresponding to the air-fuel ratio controlling torque and the present air quantity as a target air-fuel ratio based on data in which a relationship of an air-fuel ratio and torque is set by being associated with an air quantity; and fuel injection amount controlling means that controls a fuel injection amount in accordance with the target air-fuel ratio. required torque acquiring means that acquires required torque required of the internal combustion engine; air quantity controlling torque setting means that sets torque having only a low frequency obtained from the required torque as air quantity controlling torque; air-fuel ratio controlling torque setting means that sets torque including both a low frequency and a high frequency which is obtained from the required torque as air-fuel ratio controlling torque; target air quantity calculating means that calculates a target air quantity for realizing the air quantity controlling torque, based on data in which a relationship of an air quantity and torque is set; air quantity controlling means that controls an air quantity in accordance with the target air quantity; present air quantity calculating means that calculates a present air quantity; target air-fuel ratio calculating means that calculates an air-fuel ratio corresponding to the air-fuel ratio controlling torque and the present air quantity as a target air-fuel ratio based on data in which a relationship of an air-fuel ratio and torque is set by being associated with an air quantity; and fuel injection amount controlling means that controls a fuel injection amount in accordance with the target air-fuel ratio.
Fluid injector with an electromagnetic operating actuator, having an injector housing in which an injector needle is arranged in a longitudinally movable manner, wherein the injector needle has an end-side nozzle tip which closes off or opens up at least one nozzle opening, and is connected to an armature of the operating actuator, wherein an additional control actuator for the fluid to be injected is arranged in the injector housing, wherein the fluid is introduced into a pressure space, interacting with the injector needle, for control of a movement of the injector needle, and the control actuator opens and closes a flow connection between a branch line (23a, 23b), branching off from a high-pressure line, and a low-pressure line, wherein the pressure space is arranged between the branch line and the continuing branch line.