mhurhangee/ep-ind-claims huggingface dataset:
A door hinge, comprising: a hinge body, wherein the hinge body includes a first channel, wherein the first channel defines a first axis, wherein the hinge body further includes a slot formed therethrough at a first angle to the first axis, and wherein the hinge body further includes a retention apparatus arranged within the slot; a hinge pin operatively disposed in the first channel and configured to travel along the first axis, wherein the hinge pin includes at least three retention formations formed thereon, wherein a first retention formation of the at least three retention formations defines a first retention position, wherein a second retention formation of the at least three retention formations defines a second retention position, wherein a third retention formation of the at least three retention formations defines a third retention position, and wherein the retention apparatus is configured to engage the hinge pin at one of the at least three retention formations; and a hinge base, wherein the hinge base includes a second channel configured to operatively receive at least a portion of the hinge pin, characterized in that the first retention position defines a first hinge position; the second retention position defines a second hinge position; and the third retention position defines a third hinge position; wherein the hinge pin is configured to protrude through the hinge base in the first hinge position. a hinge body, wherein the hinge body includes a first channel, wherein the first channel defines a first axis, wherein the hinge body further includes a slot formed therethrough at a first angle to the first axis, and wherein the hinge body further includes a retention apparatus arranged within the slot; a hinge pin operatively disposed in the first channel and configured to travel along the first axis, wherein the hinge pin includes at least three retention formations formed thereon, wherein a first retention formation of the at least three retention formations defines a first retention position, wherein a second retention formation of the at least three retention formations defines a second retention position, wherein a third retention formation of the at least three retention formations defines a third retention position, and wherein the retention apparatus is configured to engage the hinge pin at one of the at least three retention formations; and a hinge base, wherein the hinge base includes a second channel configured to operatively receive at least a portion of the hinge pin, characterized in that the first retention position defines a first hinge position; the second retention position defines a second hinge position; and the third retention position defines a third hinge position; wherein the hinge pin is configured to protrude through the hinge base in the first hinge position.
A health functional food comprising coffee, tagatose, a milk protein and starch syrup for use in inhibiting a rise in blood glucose in a subject in need thereof.
Kit comprising a structure (1; 1') and a winch (10; 10') mounted thereon, the winch (10; 10') comprising a stator body, a rotor body rotatably mounted on the stator body, a gear group to command the angular movement of the rotor body with respect to the stator body, a base body (14; 14') distinct from the stator body and associated therewith, wherein the gear group is supported by the base body (14; 14') associated with the stator body, further comprising through holes (15, 16) formed in corresponding positions on the stator body and on the base body (14; 14'), for the passage of screws for the simultaneous attachment of the stator body and of the base body (14; 14') to the structure (1; 1'), characterised in that - before mounting the winch on the structure (1; 1') - the base body (14; 14') is irreversibly pre-assembled on the structure (1; 1').
Device for holding a support (1, 1a) on a supporting frame, in particular a saddle pillar on a cycle frame, or a handlebar pillar on a wheel suspension of a cycle, wherein the support (1, 1a) can be pushed axially at one end into a tube (4,4a) of the supporting frame, and devices (5,6,7,8) are provided for securing the support (1, 1a) on the supporting frame, the devices comprising a securing element (5,5a) which is connectable to a clamping clip (6,6a) arranged at the upper end of the tube (4,4a) for fastening the support (1, 1a) to the supporting frame, is insertable into a recess provided in the tube (4,4a) and protrudes outwards from the tube (4,4a), characterized in that a clip part of the clamping clip (6, 6a) is provided with a groove which runs along the inner side thereof in an arcuate manner and is provided for receiving a blocking member of the securing element (5,5a), the blocking member protruding outwards from the tube (4,4a).
A method for immobilizing a rail of a railway track using a railway machine, in which method: - the railway machine is moved in a working direction such that, at each instant, a portion of the rail that is not attached to a sleeper (8, 10) of the railway track passes through a thermal conditioning zone of a thermal conditioning device of the railway machine; - a temperature of a surface region of the portion of the rail passing through the thermal conditioning zone is modified using the thermal conditioning device, by generating a non-homogeneous temperature distribution in the rail portion; characterized in that the portion of the rail is immobilized on a sleeper of the railway track after the temperature of the surface region of the portion of the rail has been modified, but without waiting for the distribution of the temperature in the portion of the rail to be homogenized. - the railway machine is moved in a working direction such that, at each instant, a portion of the rail that is not attached to a sleeper (8, 10) of the railway track passes through a thermal conditioning zone of a thermal conditioning device of the railway machine; - a temperature of a surface region of the portion of the rail passing through the thermal conditioning zone is modified using the thermal conditioning device, by generating a non-homogeneous temperature distribution in the rail portion;
A rail loading train for transporting long-welded rails, including loading wagons mobile on a track and a device for anchoring the rails, said device being arranged at the end of the rail loading train and being composed of a number of insertion devices provided for anchoring a single rail in each case, each insertion device comprising a first and a second clamping jaw (15, 16) having a respective contact surface (17, 18) to be applied in a force-locking manner to a rail web of the rail, characterized in that the first clamping jaw is fixedly connected to the device, and the second clamping jaw - having a wedge contact surface, extending perpendicularly to the pivot plane, which is spaced from its contact surface and encloses a wedge angle α with the same - is designed to be adjustable by means of a clamping wedge displaceable in the longitudinal direction of the rail, the clamping wedge being designed to be displaceable parallel to the contact surface (17, 18) between the wedge contact surface and a wedge guide and having a clamping jaw contact surface which encloses the wedge angle α with the contact surface, and that the clamping wedge includes a bore having a female thread and is screwed to a threaded spindle which can be set in rotation by means of a drive.
A system comprising: an elongated instrument a catheter in which the elongated instrument is slidably received; characterized by a trajectory indication device configured to indicate a trajectory of a distal end of the elongated instrument at or near a target tissue in a patient anatomy, the trajectory indication device including: a distal marker for indicating a farthest advancement point of the elongated instrument within the patient anatomy, the distal marker removable from the elongated instrument for deposit in a first location at or near the target tissue; and a proximal marker located at a distal end of the catheter and positioned at a second location along the trajectory of the elongated instrument. an elongated instrument a catheter in which the elongated instrument is slidably received; characterized by a trajectory indication device configured to indicate a trajectory of a distal end of the elongated instrument at or near a target tissue in a patient anatomy, the trajectory indication device including: a distal marker for indicating a farthest advancement point of the elongated instrument within the patient anatomy, the distal marker removable from the elongated instrument for deposit in a first location at or near the target tissue; and a proximal marker located at a distal end of the catheter and positioned at a second location along the trajectory of the elongated instrument. a distal marker for indicating a farthest advancement point of the elongated instrument within the patient anatomy, the distal marker removable from the elongated instrument for deposit in a first location at or near the target tissue; and a proximal marker located at a distal end of the catheter and positioned at a second location along the trajectory of the elongated instrument.
A piston (1A, 1B) of an internal combustion engine, the piston comprising a top land with a plurality of partial grooves formed therein, the plurality of partial grooves extending in a circumferential direction and being spaced apart from each other in the circumferential direction, wherein each of the plurality of partial grooves is formed such that a depth of each partial groove is continuously reduced from a center of the partial groove toward both ends of the partial groove, characterised in that each partial groove has side surfaces parallel to each other and a bottom surface, or each partial groove has an upper side surface which is flat and a lower side surface which is sloped. each of the plurality of partial grooves is formed such that a depth of each partial groove is continuously reduced from a center of the partial groove toward both ends of the partial groove, characterised in that each partial groove has side surfaces parallel to each other and a bottom surface, or each partial groove has an upper side surface which is flat and a lower side surface which is sloped.
A base station antenna, comprising: a first linear array of dual-polarized low-band radiating elements that are configured to transmit radio frequency, RF, signals in a first frequency band; a second linear array of mid-band radiating elements that are configured to transmit RF signals in a second frequency band; a third linear array of high-band radiating elements that are configured to transmit RF signals in a third frequency band; wherein the first linear array of dual-polarized low-band radiating elements is positioned between the second linear array of mid-band radiating elements and the third linear array of high-band radiating elements, wherein each low-band radiating element includes a first dipole having first and second dipole arms (330-1, 330-2) that extend along a first axis and a second dipole having third and fourth dipole arms (330-3, 330-4) that extend along a second axis 322-2), wherein the first dipole arm vertically overlaps one of the radiating elements in the second linear array of mid-band radiating elements, and wherein each of the first through fourth dipole arms (330-1, 330-2, 330-3, 330-4) includes a plurality of widened sections that are connected by intervening narrowed sections, where the second dipole arm has more widened sections than does the first dipole arm. a first linear array of dual-polarized low-band radiating elements that are configured to transmit radio frequency, RF, signals in a first frequency band; a second linear array of mid-band radiating elements that are configured to transmit RF signals in a second frequency band; a third linear array of high-band radiating elements that are configured to transmit RF signals in a third frequency band; wherein the first linear array of dual-polarized low-band radiating elements is positioned between the second linear array of mid-band radiating elements and the third linear array of high-band radiating elements, wherein each low-band radiating element includes a first dipole having first and second dipole arms (330-1, 330-2) that extend along a first axis and a second dipole having third and fourth dipole arms (330-3, 330-4) that extend along a second axis 322-2), wherein the first dipole arm vertically overlaps one of the radiating elements in the second linear array of mid-band radiating elements, and wherein each of the first through fourth dipole arms (330-1, 330-2, 330-3, 330-4) includes a plurality of widened sections that are connected by intervening narrowed sections, where the second dipole arm has more widened sections than does the first dipole arm.
A targeted isotope production system for a moveable in-core nuclear reactor detector system for mapping temperature or neutron flux in a core of a nuclear reactor, the in-core nuclear reactor detector system having a first multiple path linear transfer device that upon command, adapted to receive a detector and feed the detector into a second multiple path linear transfer device that is adapted to feed the detector along a desired path to a selected radial core location, the second multiple path linear transfer device is alternately operable, upon command, to feed the detector through a storage conduit to a separate storage location, the targeted isotope production system comprising: a target material container drive assembly that is connected to an input to the first multiple path linear transfer device; a third multiple path linear transfer device that has an input that is connected to the storage conduit and upon command is operable to connect the storage conduit to one of at least two outlets on the third multiple path linear transfer device, a first of the two outlets is connected to the separate storage location and a second outlet; and a target material storage container that is connected to a second of the two outlets on the third multiple path linear transfer device. a target material container drive assembly that is connected to an input to the first multiple path linear transfer device; a third multiple path linear transfer device that has an input that is connected to the storage conduit and upon command is operable to connect the storage conduit to one of at least two outlets on the third multiple path linear transfer device, a first of the two outlets is connected to the separate storage location and a second outlet; and a target material storage container that is connected to a second of the two outlets on the third multiple path linear transfer device.
A motor-driven shopping trolley comprising a container provided with wheels driven by an electric motor, a handle for guiding the trolley, an electronic control unit configured to automatically activate the electric motor when the trolley, by means of said handle, is inclined into a transport position, said electronic control unit being operatively connected to at least one capacitive sensor applied on the handle to detect the grip of a user's hand and to a positioning sensor for determining an angular movement of the trolley, characterized in that consent to the electronic control unit to activate said electric motor is provided following a first impulse in rotation imparted thereto by the wheels when the trolley begins to be pulled or pushed by means of said handle, and in that said electronic control unit is also configured to maintain a selected speed of movement of the trolley constant irrespective of the slope of the path.
A wristband capable of indicating identification information on a belt-like band base material, and attachable around a portion-to-be-attached such as the wrist or the ankle, wherein the band base material includes: a surface base material; an interlining material laminated on a lower side of the surface base material and having one of tearing resistance and tensile resistance; and an embossed material laminated on a lower side of the interlining material and having an embossed portion for making contact with the portion-to-be-attached; characterized in that the surface base material is configured by a laminated material having a first water resistant oil resistant material, a flexible material, and a second water resistant oil resistant material that are laminated; the embossed portion of the embossed material includes a spherical portion having one of a circular sectional shape and an oval sectional shape; a diameter of the circular sectional shape is in the range of 300 μm to 1500 μm; a length along a long axis of the oval sectional shape is in the range of 300 μm to 1500 μm; and an interval between the neighboring spherical portions is in the range of 300 μm to 1500 μm. a surface base material; an interlining material laminated on a lower side of the surface base material and having one of tearing resistance and tensile resistance; and an embossed material laminated on a lower side of the interlining material and having an embossed portion for making contact with the portion-to-be-attached; characterized in that the surface base material is configured by a laminated material having a first water resistant oil resistant material, a flexible material, and a second water resistant oil resistant material that are laminated; the embossed portion of the embossed material includes a spherical portion having one of a circular sectional shape and an oval sectional shape; a diameter of the circular sectional shape is in the range of 300 μm to 1500 μm; a length along a long axis of the oval sectional shape is in the range of 300 μm to 1500 μm; and an interval between the neighboring spherical portions is in the range of 300 μm to 1500 μm.
Fastening point in which rails (S1,S2) provided for railways vehicles, said rails each comprising a rail foot (Sfl,Sf2), a rail web standing on the rail foot (Sfl,Sf2) and a rail head borne by the rail web are fastened, comprising: - a firm base, - two guide plates (107,108,109), which guide the respective assigned rails (S1,S2) to be fastened on one of its longitudinal sides, and two packing plates (P1,P2,P101-P103'), on each of which one of the guide plates (107,108,109) sits, wherein the packing plates (P1,P2,P101- P103') each extend under the rail foot (Sfl,Sf2) of the assigned rail (S1,S2), wherein a bridge plate (104,104') is arranged between the packing plates (P1,P2,P101-P103'), which bridge plate fills a distance found between the front faces (3,4) assigned to one another of two packing plates (P1,P2,P101- P103') arranged adjacently to one another, characterised in that the rails (S1,S2) are two rails arranged adjacently to one another which, in plane view, enclose an acute angle between them, and in that the bridge plate (104,104') is arranged between a packing plate (P1;P102,P102') which is assigned to the one rail (S1,S2) and a packing plate (P2;P103,P103') which is assigned to the other rail (S1,S2). - a firm base, - two guide plates (107,108,109), which guide the respective assigned rails (S1,S2) to be fastened on one of its longitudinal sides,
A coated article, comprising: a substrate; and a coating over at least a portion of the substrate, the coating comprising a first dielectric layer deposited over at least the portion of the substrate; a first heat and/or radiation reflective metallic layer deposited over the first dielectric layer; a first primer layer located over the first heat and/or radiation reflective metallic layer, a second dielectric layer located over the first primer layer; an absorbing multilayer structure located over the second dielectric layer, the absorbing multilayer structure comprising a first absorbing layer, a metallic layer having a subcritical thickness such that the coating material forms isolated, non-connected regions of the coating material, and a second absorbing layer; a third dielectric layer deposited over the absorbing layer; a third heat and/or radiation reflective metallic layer deposited over the third dielectric layer; a third primer layer located over the third heat and/or radiation reflective metallic layer; a fourth dielectric layer located over the third primer layer; and a protective overcoat located over the fourth dielectric layer. a substrate; and a coating over at least a portion of the substrate, the coating comprising a first dielectric layer deposited over at least the portion of the substrate; a first heat and/or radiation reflective metallic layer deposited over the first dielectric layer; a first primer layer located over the first heat and/or radiation reflective metallic layer, a second dielectric layer located over the first primer layer; an absorbing multilayer structure located over the second dielectric layer, the absorbing multilayer structure comprising a first absorbing layer, a metallic layer having a subcritical thickness such that the coating material forms isolated, non-connected regions of the coating material, and a second absorbing layer; a third dielectric layer deposited over the absorbing layer; a third heat and/or radiation reflective metallic layer deposited over the third dielectric layer; a third primer layer located over the third heat and/or radiation reflective metallic layer; a fourth dielectric layer located over the third primer layer; and a protective overcoat located over the fourth dielectric layer.
A method for manufacturing a PDLC projection screen, comprising the steps of: providing materials for producing a PDLC film, said materials comprising: at least two transparent polymer supports (17, 5); and at least one liquid crystal dispersion; allocating said liquid crystal dispersion between said at least two transparent polymer supports, thereby forming a PDLC film; curing said PDLC film by means of UV light, electron beam light or heat; and controlling quality parameters of said PDLC projection screen; wherein said step of controlling the quality parameters of said PDLC projection screen comprises verifying that said quality parameters comprise: a total light transmittance T t of about 70 to about 90%, a diffuse transmittance D t of about 0 to about 10%, a clarity C of 90 to 97% and a haze value H of about 0 to about 3%, measured in accordance with either ASTM D1003 - 13, ISO 13468-1:1996 or ISO 13468-2:1999. providing materials for producing a PDLC film, said materials comprising: at least two transparent polymer supports (17, 5); and at least one liquid crystal dispersion; at least two transparent polymer supports (17, 5); and at least one liquid crystal dispersion; allocating said liquid crystal dispersion between said at least two transparent polymer supports, thereby forming a PDLC film; curing said PDLC film by means of UV light, electron beam light or heat; and controlling quality parameters of said PDLC projection screen;
A holding system for two-wheelers, in particular bicycles, having a holding device (1, 1') for supporting the two-wheeler/two-wheelers and having an area of ground, wherein the holding device (1,1') has a base region for placing on the ground in a recess, characterized in that the ground is composed of flagging or block pavement, the base region is in the form of a rail and at least one base plate (2, 2') associated with the holding device is provided as a component of the ground of flagging or block pavement, wherein in its upper side the base plate (2, 2') has the recess for sunk-in receiving of the rail and the rail of the holding device is arranged sunk-in in the ground so as to be flush with its upper surface, therefore also flush with the upper side of the base plate, wherein the recess in the base plate is a rabbet at an upper edge of the base plate.