mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of planning of the shapes of free-form tool paths for simultaneous two-sided machining of a dental restoration having an individual free-form target geometry from a workpiece by using a dental tool machine comprising at least two tool spindles each having at least one tool arranged on a different side of the workpiece which is simultaneously movable along a workpiece axis (y) relative to the tools and thereby imposing a kinematic axis coupling, characterized by further comprising: a step of determining transformations (T', T") of the target geometry, with respect to each machining side, into a common space in which the coordinates along the coupled axis of the workpiece (y) for both tools are transformed into a common coupling parameter (y t) for both tools; a step of generating dependent on these transformations (T', T") the shapes of the free-form tool paths in which the common coupling parameter (y t) is identical in time for all participating tool spindles that are driven simultaneously. a step of determining transformations (T', T") of the target geometry, with respect to each machining side, into a common space in which the coordinates along the coupled axis of the workpiece (y) for both tools are transformed into a common coupling parameter (y t) for both tools; a step of generating dependent on these transformations (T', T") the shapes of the free-form tool paths in which the common coupling parameter (y t) is identical in time for all participating tool spindles that are driven simultaneously.
Flat component for a transverse force reinforcement element, suitable for receiving a stirrup, having a lower portion suitable for connection to the lower longitudinal reinforcement of a reinforced/prestressed concrete component, having an upper portion which comprises a fastening region and a feed region connected thereto, wherein the feed region is in the form of a recess which has a feed angle ζ, measured from a horizontal, of at least 10° to 120°, wherein the recess has a connection to a side edge and/or the upper edge of the flat component, wherein the recess is narrowed to form a feed channel in the form of an obliquely upwardly directed longitudinal recess with an opening suitable for feeding a stirrup sheet, characterised in that the feed channel has a latching nose formed by two recesses and suitable for receiving a clip sheet member.
A bioremediation device for cleaning components in a fluid comprising: a housing; a basin having an upper basin portion and a lower basin portion, said lower basin portion arranged to fit within said housing, said upper basin portion having inner and outer walls (36, 40); a heater mounted in said lower basin portion; a pump (56,72) for pumping the fluid from said lower basin portion; a filter; a first conduit extending from said lower basin portion to said filter; a second conduit connected to an aeration device; a valve for directing the fluid to one of said first and second conduits (60, 62), characterized in that it comprises a condensation chamber being defined between said inner and outer walls (36, 40), an inlet and an outlet to said condensation chamber to permit vapour from said lower basin portion to enter therein and to permit condensate to return to said lower basin portion; and a control module, said control module having an upper portion and a lower portion, said lower portion being immersed in said lower basin portion. a housing; a basin having an upper basin portion and a lower basin portion, said lower basin portion arranged to fit within said housing, said upper basin portion having inner and outer walls (36, 40); a heater mounted in said lower basin portion; a pump (56,72) for pumping the fluid from said lower basin portion; a filter; a first conduit extending from said lower basin portion to said filter; a second conduit connected to an aeration device; a valve for directing the fluid to one of said first and second conduits (60, 62), characterized in that it comprises a condensation chamber being defined between said inner and outer walls (36, 40), an inlet and an outlet to said condensation chamber to permit vapour from said lower basin portion to enter therein and to permit condensate to return to said lower basin portion; and a control module, said control module having an upper portion and a lower portion, said lower portion being immersed in said lower basin portion.
A method for producing a finished-part track for an inclined conveyor system having a conveyor platform and counterweight in opencast mining, comprising the steps: • Providing a foundation; • placing at least one base element onto the foundation; • fixing the base element to the foundation; characterized by the steps of: • placing at least one track element onto the base element with the interposition of adjustable spacer elements, at least one shear cleat and one support, respectively, between base element and track element; and • aligning the track elements with one another and with respect to the respective base elements by way of the spacer elements. • Providing a foundation; • placing at least one base element onto the foundation; • fixing the base element to the foundation; characterized by the steps of: • placing at least one track element onto the base element with the interposition of adjustable spacer elements, at least one shear cleat and one support, respectively, between base element and track element; and • aligning the track elements with one another and with respect to the respective base elements by way of the spacer elements. • placing at least one track element onto the base element with the interposition of adjustable spacer elements, at least one shear cleat and one support, respectively, between base element and track element; and • aligning the track elements with one another and with respect to the respective base elements by way of the spacer elements.
A MEMS apparatus with two axes (x, y) of controllable bi-directional angular displacement comprising: a double-gimbaled platform susceptible of angular displacement around the two axes (x, y) in response to actuation by electrostatic forces provided by an electrode system consisting of a first, a second, and a third electrode (1, 2, 3); the first, the second, and the third electrode (1, 2, 3), each being located in proximity to the platform to provide noncontact actuation to the platform; three voltage control sources operative to provide independent control of the electrostatic force created between the first, second and third electrodes (1, 2, 3) and an electrically conductive layer in the platform, thereby causing the platform to tilt through a controlled angle; and controller for mapping selected positions relative to the two axes (x, y).of angular displacement to the three electrostatic forces. a double-gimbaled platform susceptible of angular displacement around the two axes (x, y) in response to actuation by electrostatic forces provided by an electrode system consisting of a first, a second, and a third electrode (1, 2, 3); the first, the second, and the third electrode (1, 2, 3), each being located in proximity to the platform to provide noncontact actuation to the platform; three voltage control sources operative to provide independent control of the electrostatic force created between the first, second and third electrodes (1, 2, 3) and an electrically conductive layer in the platform, thereby causing the platform to tilt through a controlled angle; and controller for mapping selected positions relative to the two axes (x, y).of angular displacement to the three electrostatic forces.
An isolated canine influenza A virus that is capable of infecting a canid animal, wherein the influenza virus comprises a hemagglutinin polypeptide or a polynucleotide which encodes an HA polypeptide, wherein the HA polypeptide comprises: (a) the amino acid sequence shown in any of SEQ ID NOs: 16, 32, 33 or 34; or (b) an amino acid sequence having 95% or greater sequence identity with the sequence shown in SEQ ID NOs: 33 or 34, wherein the amino acid sequence comprises a serine at amino acid position 82, a leucine at amino acid position 221, a threonine at amino acid position 327, and a threonine at amino acid position 482. (a) the amino acid sequence shown in any of SEQ ID NOs: 16, 32, 33 or 34; or (b) an amino acid sequence having 95% or greater sequence identity with the sequence shown in SEQ ID NOs: 33 or 34, wherein the amino acid sequence comprises a serine at amino acid position 82, a leucine at amino acid position 221, a threonine at amino acid position 327, and a threonine at amino acid position 482.
Bonnet hinge for articulated arrangement of a bonnet on a motor vehicle, having - a hinge lower part connectable to a body component and - a hinge upper part (3, 3a) connectable to the bonnet, the hinge upper part (3, 3a) comprising - a base body (5, 5a) articulatedly connected to the hinge lower part and - a flap part (4, 4a) arrangeable on the bonnet, articulatedly connected to the base body (5, 5a) and adjustable relative to the latter between a normal position and a crash position, and - a drive device (11, 11a) having a pyrotechnic gas generator which is operatively connected to the flap part (4, 4a) in such a manner that an activation of the gas generator causes a displacement of the flap part (4, 4a) from the normal position to the crash position, characterised in that the drive device (11, 11a) comprises a drive body arranged on a drive shaft (30, 30a) and operatively connected to the gas generator in such a manner that the gas pressure occurring upon an activation of the gas generator causes a pivoting or rotation of the drive body producing a rotation of the drive shaft (30, 30a). - a hinge lower part connectable to a body component and - a hinge upper part (3, 3a) connectable to the bonnet, the hinge upper part (3, 3a) comprising - a base body (5, 5a) articulatedly connected to the hinge lower part and - a flap part (4, 4a) arrangeable on the bonnet, articulatedly connected to the base body (5, 5a) and adjustable relative to the latter between a normal position and a crash position, and - a base body (5, 5a) articulatedly connected to the hinge lower part and - a flap part (4, 4a) arrangeable on the bonnet, articulatedly connected to the base body (5, 5a) and adjustable relative to the latter between a normal position and a crash position, and - a drive device (11, 11a) having a pyrotechnic gas generator which is operatively connected to the flap part (4, 4a) in such a manner that an activation of the gas generator causes a displacement of the flap part (4, 4a) from the normal position to the crash position,
Device for differential pressure measurement in a flowing fluid, having a housing having two coaxial openings (7, 8) and an interior, said housing being accessible by the or at least one of the openings (7, 8), a measuring nozzle arranged in the housing and having a flow channel having a cross-sectional constriction, a differential pressure sensor having two measuring inlets (40, 42), by means of which differential pressure sensor a difference between pressures occurring at the measuring inlets (40, 42) is able to be measured, wherein a first of the measuring inlets is connected to the flow channel and a second of the measuring inlets is connected to the interior outside the measuring nozzle, and a shut-off body comprising the measuring nozzle and mounted in the housing to be rotatable about a rotational axis, by means of which shut-off body the flow channel is connected to the two openings (7, 8) in a first rotation angle position and a flow between the two openings (7, 8) is blocked in a second rotation angle position, characterised in that a pressure tapping hole discharging into the flow channel is provided in the wall of the shut-off body, which is connected to a clearance provided between the shut-off body and the housing at least in the first rotation angle position, to which clearance the first measuring inlet is connected.
Use of a boron holding grease or fluid or oil for the purpose of increasing acid resistance and/or corrosion resistance in at least one metallic component of a flexible pipe body for transporting fluids from a subsea location, comprising applying a boron holding grease or fluid or oil to a portion of the metallic component of the flexible pipe body, and in the absence of a hot boronizing process, exposing the boron holding grease or fluid or oil and the metallic component to air and moisture for at least a predetermined period of time, such that a chemical reaction occurs which modifies the surface of the metallic component.
Method for adjusting the wheel alignment parameters of the wheels of a vehicle, at least one vehicle axle being gripped by one gripping device per wheel axle, near the wheel flanges of the axle in question, characterised in that, when the securing means have been released to allow adjustment of the wheel alignment parameters, the gripping devices are moved via controllable drive means (7, 8) in such a way (4, 5) that the wheel alignment parameters of the wheels are adjusted via the orientation of the gripping devices.
A structure comprising a panel made of laminated veneer lumber, cross laminated timber, or the like, with an integrated rod-like fastener, a wooden horizontal structural member, a wooden vertical structural member, a gate-shaped or rectangular frame being built by appropriately combining the wooden horizontal and vertical structural members (BM, PT), a through hole penetrating through the wooden horizontal or vertical structural member (BM, PT) from one surface to the other surface thereof, and a metal reinforcement fitting for reinforcing the through hole when the panel integrated with the rod-like fastener is fitted and joined to the gate-shaped or rectangular frame forming a part of the structure, the metal reinforcement fitting comprising: a first plate member made of a metal plate having a through hole adapted to receive the rod-like fastener therethrough, the first plate member being adapted to be disposed on the one surface of the wooden horizontal or vertical structural member (BM, PT); a cylindrical member made of a metal cylinder adapted to receive the rod-like fastener therethrough and to be inserted and fitted in the through hole of the wooden horizontal or vertical structural member (BM, PT) so as to extend over an entire length of the through hole of the wooden horizontal or vertical structural member (BM, PT); and a second plate member made of a metal plate having a through hole adapted to receive the rod-like fastener therethrough, the second plate member being adapted to be disposed on the other surface of the wooden horizontal or vertical structural member (BM, PT). a first plate member made of a metal plate having a through hole adapted to receive the rod-like fastener therethrough, the first plate member being adapted to be disposed on the one surface of the wooden horizontal or vertical structural member (BM, PT); a cylindrical member made of a metal cylinder adapted to receive the rod-like fastener therethrough and to be inserted and fitted in the through hole of the wooden horizontal or vertical structural member (BM, PT) so as to extend over an entire length of the through hole of the wooden horizontal or vertical structural member (BM, PT); and a second plate member made of a metal plate having a through hole adapted to receive the rod-like fastener therethrough, the second plate member being adapted to be disposed on the other surface of the wooden horizontal or vertical structural member (BM, PT).
A fixing device comprising: a first pressure roller having an elastic layer in a surface layer section and configured to rotate about a first center; a fixing belt wound on the elastic layer of the first pressure roller; a second pressure roller that is configured to rotate about a second center and to press the elastic layer of the first pressure roller via the fixing belt to dent the elastic layer, the second pressure roller forming a fixing nip portion between the fixing belt and the second pressure roller; the fixing nip portion that has a raised form by said denting; and a guide member that guides the fixing belt in such a manner as to separate the fixing belt from a protruding portion of the elastic layer, the protruding portion being formed on an entrance side of the fixing nip portion in a sheet conveying direction; characterized in that the guide member is located at a position between a second straight line and a third straight line, the second and third straight lines being obtained by inclining the first pressure roller side of a first straight line to a sheet entering side about an end point at 40 degrees and 90 degrees, respectively, the end point being located on an upstream side of the fixing nip portion in a rotational direction of the fixing belt, and the first straight line passing through the end point and being in parallel to a straight line connecting the first center of the first pressure roller and the second center of the second pressure roller. a first pressure roller having an elastic layer in a surface layer section and configured to rotate about a first center; a fixing belt wound on the elastic layer of the first pressure roller; a second pressure roller that is configured to rotate about a second center and to press the elastic layer of the first pressure roller via the fixing belt to dent the elastic layer, the second pressure roller forming a fixing nip portion between the fixing belt and the second pressure roller; the fixing nip portion that has a raised form by said denting; and a guide member that guides the fixing belt in such a manner as to separate the fixing belt from a protruding portion of the elastic layer, the protruding portion being formed on an entrance side of the fixing nip portion in a sheet conveying direction; characterized in that the guide member is located at a position between a second straight line and a third straight line, the second and third straight lines being obtained by inclining the first pressure roller side of a first straight line to a sheet entering side about an end point at 40 degrees and 90 degrees, respectively, the end point being located on an upstream side of the fixing nip portion in a rotational direction of the fixing belt, and the first straight line passing through the end point and being in parallel to a straight line connecting the first center of the first pressure roller and the second center of the second pressure roller.
A method for producing a culture container in which proteins are immobilized, comprising the steps of: sealing a gas in the culture container which is formed in the shape of a bag by using a film, injecting liquid droplets containing the dissolved proteins in an amount of 1 ml to 20 ml to the culture container in which the gas is sealed; and moving the liquid droplets to part or the whole of the inner surface of the culture container. sealing a gas in the culture container which is formed in the shape of a bag by using a film, injecting liquid droplets containing the dissolved proteins in an amount of 1 ml to 20 ml to the culture container in which the gas is sealed; and moving the liquid droplets to part or the whole of the inner surface of the culture container.
An electric machine drive arrangement (200:600) for a heavy-duty vehicle, comprising: an electric machine; a brake arrangement connected to the electric machine, wherein the brake arrangement comprises a braking resistor circuit; and a braking resistor controller configured to control the brake arrangement, wherein the braking resistor controller has a primary power feed connection and a back-up power feed connection, wherein the primary power feed connection is connected to a primary low voltage power supply for the braking resistor controller, and wherein the back-up power feed connection is connected to an alternating current, AC, side of the electric machine for the electric machine to supply back-up power to the braking resistor controller. an electric machine; a brake arrangement connected to the electric machine, wherein the brake arrangement comprises a braking resistor circuit; and a braking resistor controller configured to control the brake arrangement, wherein the braking resistor controller has a primary power feed connection and a back-up power feed connection, wherein the primary power feed connection is connected to a primary low voltage power supply for the braking resistor controller, and wherein the back-up power feed connection is connected to an alternating current, AC, side of the electric machine for the electric machine to supply back-up power to the braking resistor controller.
Device for releasing ammonia, comprising a storage means having an ammonia-storing base substance, characterized in that the base substance has been provided with an additive substance having a higher thermal conductivity than the base substance, in that the base substance takes the form of a metal salt, especially pulverulent or compressed metal salt, and in that the additive substance takes the form of at least one metal element, especially metal turning, metal rod or metal blank.
Skin treatment device, comprising: - a housing with a handle section, - a skin treatment element rotatable around a rotational axis, - a protective rim arranged stationary at said housing and having an axial skin contact surface configured and arranged to support the skin of a user during use, wherein said skin treatment element is rotatable in relation to said protective rim, and - a drive mechanism for driving the skin treatment element in a rotational movement about said rotational axis, wherein said skin treatment element has an axial abrasive treatment surface which is accessible for skin treatment through an axial opening of the protective rim, wherein said axial opening extends over an angular range of 360° about said rotational axis, characterized in that said skin treatment element further has a circumferential abrasive treatment surface having an at least partially radial orientation, wherein said protective rim circumferentially encases said skin treatment element partially over an angular range of more than 120° and less than 330° about said rotational axis, such that the circumferential abrasive treatment surface is accessible for skin treatment in an area extending over an angular range of 30° to 240° about the rotational axis. - a housing with a handle section, - a skin treatment element rotatable around a rotational axis, - a protective rim arranged stationary at said housing and having an axial skin contact surface configured and arranged to support the skin of a user during use, wherein said skin treatment element is rotatable in relation to said protective rim, and - a drive mechanism for driving the skin treatment element in a rotational movement about said rotational axis, wherein said skin treatment element has an axial abrasive treatment surface which is accessible for skin treatment through an axial opening of the protective rim, wherein said axial opening extends over an angular range of 360° about said rotational axis, characterized in that said skin treatment element further has a circumferential abrasive treatment surface having an at least partially radial orientation, wherein said protective rim circumferentially encases said skin treatment element partially over an angular range of more than 120° and less than 330° about said rotational axis, such that the circumferential abrasive treatment surface is accessible for skin treatment in an area extending over an angular range of 30° to 240° about the rotational axis.