mhurhangee/ep-ind-claims huggingface dataset:
A bush bearing comprising: a synthetic resin-made bush including a flexible semi-split cylindrical body which has on an inner surface thereof an abutment portion for slidably abutting against a rack shaft, and including a flexible open-ended annular body which has a portion formed integrally at one end face in an axial direction of said semi-split cylindrical body and a pair of extended portions (12, 13) which extend from both end portions (7, 8) in a circumferential direction of said portion and whose respective distal ends (9, 10) are opposed to each other with a clearance in the circumferential direction; and an elastic member (22, 79), characterized in that said elastic member (22, 79) includes an elongated elastic body (21, 76) which has retained portions (16, 17, 77, 78) formed at both end portions (18, 19) thereof and abuts against an outer surface of said semi-split cylindrical body, the retained portions (16, 17, 77, 78) being respectively retained by both end portions (23, 24) in the circumferential direction of said semi-split cylindrical body.
A method of filling a pressure sensor module of a process pressure transmitter with isolator fluid, comprising: providing a pressure sensor module body with interior passages (150, 152, 154, 156) that extend to a process pressure sensor, to an isolator diaphragm assembly (109, 110) that is couplable to a process fluid, and to a fill tube (107, 108); filling the interior passages (150, 152, 154, 156) through the fill tube (107, 108) with the isolator fluid; and applying a radial compressive force to a crimp portion (168, 170) of the fill tube (107, 108), the radial compressive force compressing the crimp portion (168, 170) into a substantially solid cylinder with a radially symmetric cross section such that the isolator fluid is sealed in the interior passages (150, 152, 154, 156) by the crimp portion (168, 170); the method further comprising cutting off a portion of the fill tube (107, 108) to expose a crimp end of the crimp portion (168, 170); and welding the crimp end to form a secondary seal of the fill tube (107, 108). providing a pressure sensor module body with interior passages (150, 152, 154, 156) that extend to a process pressure sensor, to an isolator diaphragm assembly (109, 110) that is couplable to a process fluid, and to a fill tube (107, 108); filling the interior passages (150, 152, 154, 156) through the fill tube (107, 108) with the isolator fluid; and applying a radial compressive force to a crimp portion (168, 170) of the fill tube (107, 108), the radial compressive force compressing the crimp portion (168, 170) into a substantially solid cylinder with a radially symmetric cross section such that the isolator fluid is sealed in the interior passages (150, 152, 154, 156) by the crimp portion (168, 170); the method further comprising cutting off a portion of the fill tube (107, 108) to expose a crimp end of the crimp portion (168, 170); and welding the crimp end to form a secondary seal of the fill tube (107, 108).
A spacer for soldering comprising an elongate body having one end provided with a tapped hole and an opposite end provided with a transverse bearing surface having a smooth centering peg projecting therefrom, the peg has a longitudinal outer passage extending over at least a fraction of its length as far as the transverse bearing surface to enable molten solder to penetrate by capillarity as far as the transverse bearing surface.
A method for communication between a network controller and a plurality of electrical control devices of an electrical subnetwork, wherein the network controller is adapted to control, by means of a frequency control unit, a network frequency of the electrical subnetwork to frequency values within a frequency band of the electrical subnetwork, the method for communicating comprising the steps of: a) translating information data to be communicated into a frequency sequence with at least two frequency values by means of a translation unit of the network controller, b) generating the frequency sequence in the electrical subnetwork for the plurality of electrical control devices of the electrical subnetwork by means of the frequency control unit of the network controller, c) transmitting the frequency sequence by means of the electrical subnetwork to the plurality of electrical control devices, d) receiving the frequency sequence from a respective receiving unit of the plurality of electrical control devices, e) retranslating the frequency sequence into the information data to be communicated by means of a respective retranslation unit of the plurality of electrical control devices, f) evaluating the information data to be communicated by means of a respective evaluation unit of the plurality of electrical control devices, characterized in that the information data to be communicated are additionally translated into at least two counter-frequency values corresponding to the at least two frequency values, the frequency sequence having the at least two corresponding counter-frequency values. a) translating information data to be communicated into a frequency sequence with at least two frequency values by means of a translation unit of the network controller, b) generating the frequency sequence in the electrical subnetwork for the plurality of electrical control devices of the electrical subnetwork by means of the frequency control unit of the network controller, c) transmitting the frequency sequence by means of the electrical subnetwork to the plurality of electrical control devices, d) receiving the frequency sequence from a respective receiving unit of the plurality of electrical control devices, e) retranslating the frequency sequence into the information data to be communicated by means of a respective retranslation unit of the plurality of electrical control devices, f) evaluating the information data to be communicated by means of a respective evaluation unit of the plurality of electrical control devices,
A building assembly comprising a subterranean cellar defining a space to be formed under the ground, the cellar having a staircase and a ceiling including a first opening defining an access region for the staircase to connect the ground of the subterranean cellar, when in situ, with the surface of the ground above the cellar; and further comprising a tent for arrangement on the ground above the cellar when in situ, wherein the tent has a ground sheet with an opening providing access to the staircase, characterized in that the building assembly comprises a heat control device having a heat transfer mechanism to provide heat from the cellar to a region on the ground above the cellar within the tent. a first opening defining an access region for the staircase to connect the ground of the subterranean cellar, when in situ, with the surface of the ground above the cellar; and further comprising a tent for arrangement on the ground above the cellar when in situ, wherein the tent has a ground sheet with an opening providing access to the staircase, characterized in that the building assembly comprises a heat control device having a heat transfer mechanism to provide heat from the cellar to a region on the ground above the cellar within the tent.
A fabric for use in clothing, the fabric comprising a plurality of shape-memory active fibres, each active fibre being activatable by an external stimulus, wherein each fibre has a first configuration in an unactivated state; and in response to activation by the external stimulus, each fibre is arranged to adopt a second, increased twist, configuration, relative to the first configuration, and wherein each fibre is arranged to reversibly move between the active state and the unactivated state in proportion to the external stimulus, and wherein in the first configuration each fibre is arranged in a helix and in the second configuration each fibre is arranged in a helix with relatively decreased radius and pitch, and wherein each active fibre comprises at least two components arranged in side-by-side, sea island or eccentric configuration.
A terminal comprising: a first upper carrier comprising a speaker grill housed as a separate piece in a penetrating hole formed at one surface of the first upper carrier; and a second upper carrier having an antenna pattern in at least one surface of the second upper carrier and being coupled to one end of the first upper carrier. a first upper carrier comprising a speaker grill housed as a separate piece in a penetrating hole formed at one surface of the first upper carrier; and a second upper carrier having an antenna pattern in at least one surface of the second upper carrier and being coupled to one end of the first upper carrier.
An automatic unmanned aerial vehicle flight control system for solid modeling, the system comprising: a UAV with an onboard camera; a controller capable of communicating with a flight control module of the UAV, characterised in that the controller is configured to: determine an initial movement path for the UAV based on an estimate of a structure to be modeled; capture images of the structure to be modeled with the onboard camera of the UAV; form surface hypotheses (470,472) for unobserved surfaces of the structure to be modeled based on the captured images; determine missing surface information from the surface hypotheses (470, 472); and determine a least impact path for the UAV based on the missing surface information and flight parameters. a UAV with an onboard camera; a controller capable of communicating with a flight control module of the UAV, characterised in that the controller is configured to: determine an initial movement path for the UAV based on an estimate of a structure to be modeled; capture images of the structure to be modeled with the onboard camera of the UAV; form surface hypotheses (470,472) for unobserved surfaces of the structure to be modeled based on the captured images; determine missing surface information from the surface hypotheses (470, 472); and determine a least impact path for the UAV based on the missing surface information and flight parameters. determine an initial movement path for the UAV based on an estimate of a structure to be modeled; capture images of the structure to be modeled with the onboard camera of the UAV; form surface hypotheses (470,472) for unobserved surfaces of the structure to be modeled based on the captured images; determine missing surface information from the surface hypotheses (470, 472); and determine a least impact path for the UAV based on the missing surface information and flight parameters.
Tent roof or canopy, which is a folding structure which can be transported with a camping trailer, comprising a linkage assembly as a steep wall assembly, and a flexible roof membrane, the linkage assembly having rigid support rods (4, 5, 6) and specifying the position of use for the flexible roof membrane, characterised in that a pendulum arm (9, 9'; 10, 11; 12 to 15; 16, 17) is designed to capture the roof membrane at least in regions, and to define a main connection point (P, P') on at least at one linkage part of the linkage assembly (8, 8', 8"), two arms of the pendulum arm (9, 9'; 10, 11; 12 to 15; 16, 17), starting from the main connection point (P, P'), acting as substantially freely projecting portions below the roof membrane.
A competition wheelchair tire comprising: a sipe, on a surface of a tread of the tire, extending across a tire equator from one side to another side of the tire equator, wherein an end (e1, e2) of the sipe on at least the one side is located at a tread edge or near the tread edge, and an inclination angle of the sipe relative to a width direction of the tread decreases from the tire equator towards the tread edge. a sipe, on a surface of a tread of the tire, extending across a tire equator from one side to another side of the tire equator, wherein an end (e1, e2) of the sipe on at least the one side is located at a tread edge or near the tread edge, and an inclination angle of the sipe relative to a width direction of the tread decreases from the tire equator towards the tread edge.
A television device comprising: an image color converter configured to generate image data, after color conversion, wherein the image data is configured for a person with a color vision deficiency; a display data generator configured to generate display data based on the image data and color conversion information which is generated by the image color converter; and a display configured to display the display data; characterized in that the image data is configured for a person with a color vision deficiency for an area which is selected based on selection area information from a terminal device which selects the area or a plurality of areas from a screen layout; and the television device further comprises a layout information extractor configured to extract layout information corresponding to the screen layout of the image data. an image color converter configured to generate image data, after color conversion, wherein the image data is configured for a person with a color vision deficiency; a display data generator configured to generate display data based on the image data and color conversion information which is generated by the image color converter; and a display configured to display the display data; characterized in that the image data is configured for a person with a color vision deficiency for an area which is selected based on selection area information from a terminal device which selects the area or a plurality of areas from a screen layout; and the television device further comprises a layout information extractor configured to extract layout information corresponding to the screen layout of the image data.
A fuel injector comprising: an injection nozzle; an injection valve provided with a movable needle to adjust the flow of fuel through the injection nozzle; an electromagnetic actuator to move the needle between a closing position and an opening position of the injection valve, provided with at least one electromagnet comprising a coil, a fixed magnetic armature, and a movable plunger, which is mechanically connected to the needle and has at least one feeding through hole for the passage of fuel towards the injection nozzle; a closing spring which tends to hold the needle in the closing position; and a tubular supporting body provided with a central channel, which houses the fixed magnetic armature and the movable plunger; the injector is characterized in that the plunger is provided with a braking device of the hydraulic type, which is coupled to the feeding hole and hydraulically dissipates more kinetic energy when the needle moves towards the opening position of the injection valve than when the needle moves towards the closing position of the injection valve so as to slow down the opening stroke of the needle, when the needle moves towards the opening position of the injection valve. an injection nozzle; an injection valve provided with a movable needle to adjust the flow of fuel through the injection nozzle; an electromagnetic actuator to move the needle between a closing position and an opening position of the injection valve, provided with at least one electromagnet comprising a coil, a fixed magnetic armature, and a movable plunger, which is mechanically connected to the needle and has at least one feeding through hole for the passage of fuel towards the injection nozzle; a closing spring which tends to hold the needle in the closing position; and a tubular supporting body provided with a central channel, which houses the fixed magnetic armature and the movable plunger; the injector is characterized in that the plunger is provided with a braking device of the hydraulic type, which is coupled to the feeding hole and hydraulically dissipates more kinetic energy when the needle moves towards the opening position of the injection valve than when the needle moves towards the closing position of the injection valve so as to slow down the opening stroke of the needle, when the needle moves towards the opening position of the injection valve.
Trampoline with a frame for a jumping mat, a jumping mat which is elastically attached to the frame by a spring device, several feet and with a step with a jumping surface which is arranged above the jumping mat and is elastically attached to a frame section by means of a second spring device, characterized in that no frame part is present at least in sections on a front edge of the jumping surface pointing in the direction of the jumping mat, so that the jumping surface of the step is freely accessible to a user from the front.
Self-priming pump unit which constitutes a series connection of a liquid ring pump operating as a rotating positive displacement pump and a normally priming centrifugal pump, the centrifugal pump being arranged in a housing (2.1/2.2) which is provided with an inlet opening (2.1b) and pressure connection piece, the housing (2.1/2.2) having a rotatably mounted shaft with an impeller, the housing (2.1/2.2), viewed in the direction of flow, comprising a front housing part (2.1) and a rear housing part (2.2) and forms an annular channel (3*; 3**) which surrounds the region of the impeller radially on the outside, either in the impeller plane and/or in at least one axially adjacent region, the inlet opening (2.1b) being arranged coaxially on the front housing part (2.1), an internal space (20.3) bounded by a housing casing (20.1) of the positive-displacement pump is connected to an interior space (2.1c) on the suction side of the centrifugal pump via the inlet opening (2.1b) and a screw conveyor is arranged in the housing casing (20.1), which screw conveyor is fastened on the shaft which engages through the impeller and into the housing casing (20.1), a liquid-conducting return line being provided, which connects the annular channel (3*; 3**) to the interior (20.3), the return line terminating on the annular channel side via a first connecting opening which is arranged in a lateral boundary surface (2.2b) of the annular channel (3*; 3**) running laterally to the impeller plane, characterized by in that the first connecting opening has a bulge which sectorally encloses a longitudinal axis of the first connecting opening, in that the bulge is oriented on one side and towards the centre of the pump unit, in that the bulge continuously extends the first connecting opening towards the annular channel (3*; 3**) directly or indirectly, and in that the bulge, at its end section facing the annular channel (3*; 3**), has a transition surface which continuously extends into the lateral boundary surface (2.2b) or into an inner circumferential wall of the annular channel (3*; 3**) adjoining the latter.
A cast component, comprising: a body; a passage defined within the body, the passage including a first portion, a second portion, and a turn portion (122, 150, 182) fluidly coupling the first portion and the second portion, the turn portion (122, 150, 182) including a first surface and a second surface; and a surface anti-freckling element extending through the turn portion (122, 150, 182) of the passage (120, 220) from the first surface to the second surface of the turn portion (122, 150, 182), the surface anti-freckling element separating the passage in the turn portion (122, 150, 182) into a first sub-passage and a second sub-passage, wherein the passage is devoid of surface freckling; and wherein the surface anti-freckling element includes two or more surface anti-freckling elements, each surface anti-freckling element separating the passage in the turn portion (122, 150, 182) into a respective first sub-passage and a respective second sub-passage, wherein the first and second sub-passages are fluidly coupled between adjacent pairs of the two or more surface anti-freckling elements. a body; a passage defined within the body, the passage including a first portion, a second portion, and a turn portion (122, 150, 182) fluidly coupling the first portion and the second portion, the turn portion (122, 150, 182) including a first surface and a second surface; and a surface anti-freckling element extending through the turn portion (122, 150, 182) of the passage (120, 220) from the first surface to the second surface of the turn portion (122, 150, 182), the surface anti-freckling element separating the passage in the turn portion (122, 150, 182) into a first sub-passage and a second sub-passage, wherein the passage is devoid of surface freckling; and wherein the surface anti-freckling element includes two or more surface anti-freckling elements, each surface anti-freckling element separating the passage in the turn portion (122, 150, 182) into a respective first sub-passage and a respective second sub-passage, wherein the first and second sub-passages are fluidly coupled between adjacent pairs of the two or more surface anti-freckling elements.
Use of a tellurium-containing compound in the preparation of a medicament for treatment of a condition in which inhibition of interleukin-1β-converting enzyme is beneficial, said tellurium-containing compound being ammonium trichloro(dioxyethylene-O,O')tellurate, and said condition being selected from the group consisting of scleroderma, scarring, aging, atopic dermatitis, metastatic melanoma, Kaposi's sarcoma, and bums.
A trimming device for trimming an ophthalmic lens to be mounted on a spectacles frame, comprising: - rotation blocking and driving means for blocking and driving the rotation of the ophthalmic lens about a blocking axis, - a tool holder which carries a first tool able to rotate about a rotational axis and a second tool able to rotate about a finishing axis that is distinct from the rotational axis, said tool holder being able to move with respect to said blocking and driving means with three types of mobility, these being: - a separation mobility for adjusting the radial separation of said first and second tools (60, 80) from the blocking axis, - an offsetting mobility for adjusting the axial position of said first and second tools (60, 80) with respect to said blocking and driving means on the blocking axis, and - a mobility in pivoting about a pivot axis transverse or orthogonal to the blocking axis, for adjusting the orientation of said rotational axis and said finishing axis with respect to said blocking axis, and - means of controlling the three mobilities of the tool holder with respect to the blocking and driving means, characterized in that the first tool includes at least a roughing grinding wheel (61, 64). - rotation blocking and driving means for blocking and driving the rotation of the ophthalmic lens about a blocking axis, - a tool holder which carries a first tool able to rotate about a rotational axis and a second tool able to rotate about a finishing axis that is distinct from the rotational axis, said tool holder being able to move with respect to said blocking and driving means with three types of mobility, these being: - a separation mobility for adjusting the radial separation of said first and second tools (60, 80) from the blocking axis, - an offsetting mobility for adjusting the axial position of said first and second tools (60, 80) with respect to said blocking and driving means on the blocking axis, and - a mobility in pivoting about a pivot axis transverse or orthogonal to the blocking axis, for adjusting the orientation of said rotational axis and said finishing axis with respect to said blocking axis, and - a separation mobility for adjusting the radial separation of said first and second tools (60, 80) from the blocking axis, - an offsetting mobility for adjusting the axial position of said first and second tools (60, 80) with respect to said blocking and driving means on the blocking axis, and - a mobility in pivoting about a pivot axis transverse or orthogonal to the blocking axis, for adjusting the orientation of said rotational axis and said finishing axis with respect to said blocking axis, and - means of controlling the three mobilities of the tool holder with respect to the blocking and driving means,