mhurhangee/patent-ind-claim-en huggingface dataset:
A fuser to be coupled to an inkjet printer, the fuser comprising: an endless belt ; a heat source to heat the endless belt ; a pressing roller to press the endless belt to form a heating nip , through which a printing medium is to pass, the pressing roller to rotate the endless belt ; a pair of supporting members spaced apart from each other in an axial direction of the endless belt ; and a pair of rotational members that are loosely inserted into an inner diameter portion of the endless belt , respectively at two side end portions of the endless belt , the pair of rotational members to be rotatably supported by the pair of supporting members and rotated with the endless belt , wherein each rotational member of the pair of rotational members includes a regulator extending from the insertion portion, the regulator to regulate movement of the endless belt in the axial direction, and a recessed portion recessed from the insertion portion and formed between the insertion portion and the regulator . an endless belt ; a heat source to heat the endless belt ; a pressing roller to press the endless belt to form a heating nip , through which a printing medium is to pass, the pressing roller to rotate the endless belt ; a pair of supporting members spaced apart from each other in an axial direction of the endless belt ; and a pair of rotational members that are loosely inserted into an inner diameter portion of the endless belt , respectively at two side end portions of the endless belt , the pair of rotational members to be rotatably supported by the pair of supporting members and rotated with the endless belt , wherein each rotational member of the pair of rotational members includes a regulator extending from the insertion portion, the regulator to regulate movement of the endless belt in the axial direction, and a recessed portion recessed from the insertion portion and formed between the insertion portion and the regulator .
A method for manufacture of a metal sheet article (ART) for a fixed wing aircraft , the metal sheet article comprises an outer surface serving as an aerodynamic surface during use of the article, the method comprises the steps of: - providing a blank of said metal sheet ; - providing a porous outer layer (7, 7") of said metal sheet; wherein the step is performed by anodizing under pre-determined parameters; - pre-heating the metal sheet so that the outer layer is warmer than a hydrophobic material ; - applying the hydrophobic material comprising wax by spraying a wax based aerosol spray onto said porous outer layer and applying said hydrophobic material into said porous outer layer (7, 7") by rubbing the surface such that the thickness of the porous outer layer (7, 7") is entirely impregnated with the hydrophobic material ; and - finishing the outer surface of the article. - providing a blank of said metal sheet ; - providing a porous outer layer (7, 7") of said metal sheet; wherein the step is performed by anodizing under pre-determined parameters; - pre-heating the metal sheet so that the outer layer is warmer than a hydrophobic material ; - applying the hydrophobic material comprising wax by spraying a wax based aerosol spray onto said porous outer layer and applying said hydrophobic material into said porous outer layer (7, 7") by rubbing the surface such that the thickness of the porous outer layer (7, 7") is entirely impregnated with the hydrophobic material ; and - finishing the outer surface of the article.
Submodule (TM) having a first external connection (A1), a second external connection (A2), a first switch, a second switch (S2) and an electrical energy store, wherein at least the first switch and, in parallel therewith, an electrical series circuit (R) that comprises the second switch (S2) and the electrical energy store are connected between the two external connections (A1, A2), wherein the first switch is a thyristor (T1) or at least also comprises a thyristor (T1), characterized in that the submodule (TM) has a switch-off circuit that is configured, in active operation, to feed a switch-off current (Ia) into the thyristor (T1), which switch-off current flows from the cathode connection (K) of the thyristor (T1) in the direction of the anode connection (A) of the thyristor (T1) and is suitable for compensating for a forward current flowing through the thyristor (T1) from the anode connection (A) to the cathode connection (K) and for switching off the thyristor (T1), and wherein a further thyristor (T2) is electrically in antiparallel with the thyristor (T1), wherein - the switch-off circuit is connected at input to the energy store and has the voltage at the energy store applied thereto at input and - the switch-off circuit is connected at output to the cathode connection (K) and the anode connection (A) of the thyristor (T1). wherein at least the first switch and, in parallel therewith, an electrical series circuit (R) that comprises the second switch (S2) and the electrical energy store are connected between the two external connections (A1, A2), wherein the first switch is a thyristor (T1) or at least also comprises a thyristor (T1), characterized in that the submodule (TM) has a switch-off circuit that is configured, in active operation, to feed a switch-off current (Ia) into the thyristor (T1), which switch-off current flows from the cathode connection (K) of the thyristor (T1) in the direction of the anode connection (A) of the thyristor (T1) and is suitable for compensating for a forward current flowing through the thyristor (T1) from the anode connection (A) to the cathode connection (K) and for switching off the thyristor (T1), and wherein a further thyristor (T2) is electrically in antiparallel with the thyristor (T1), wherein - the switch-off circuit is connected at input to the energy store and has the voltage at the energy store applied thereto at input and - the switch-off circuit is connected at output to the cathode connection (K) and the anode connection (A) of the thyristor (T1). - the switch-off circuit is connected at input to the energy store and has the voltage at the energy store applied thereto at input and - the switch-off circuit is connected at output to the cathode connection (K) and the anode connection (A) of the thyristor (T1).
Actuator for an activation of a parking lock in a gearing mechanism, in particular for automatic gears in motor vehicles, having a piston , guided in a cylinder , having an adjusting rod , wherein by means of the adjusting rod a retaining pawl for a parking ratchet wheel in the gearing mechanism can be operated, wherein the piston , which can be hydraulically actuated, disengages the parking lock against the force (P F ) of an integrated preload spring and in depressurised state the preload spring engages the parking lock and wherein furthermore a locking mechanism which can be actuated by means of an electromagnet is provided, which by means of radially extendable locking elements fixes the piston relatively to a guide sleeve fastened on the cylinder and which fixes in a form-fitting manner at the piston in the setting corresponding to the disengaged position (Paus) of the parking lock, wherein the piston has a sleeve-shaped portion and the locking mechanism with the electromagnets and the guide sleeve is disposed within the sleeve-shaped portion , characterised in that by means of the locking mechanism the piston can be form-fittingly fixed also in the setting (Pein) corresponding to the engaged state of the parking lock, and that in the sleeve-shaped portion of the piston are incorporated two inner grooves corresponding to the piston end settings, into which the locking elements engage form-fittingly through recesses of the guide sleeve when current flows through the electromagnets , wherein the two piston end settings correspond to the disengaged (Paus) and the engaged position (Pein) of the parking lock.
An airfoil (60;160) comprising an airfoil section (62;162) having a dual airfoil profile, the airfoil section (62;162) including a double wall (64;164) having an outer wall (66;166) that defines a primary leading end (LE1) of the dual airfoil profile, and an inner wall (68;168) spaced from the outer wall (66; 166), and the inner wall (68;168) defines a secondary leading end (LE2) of the dual airfoil profile, characterised in that : the outer wall (66;166) is formed of a first material composition, and the inner wall (68;168) is formed of a second, different material composition; and the outer wall (66;166) is a separate and distinct piece from the inner wall (68;168) and is separable from the inner wall (68;168). the outer wall (66;166) is formed of a first material composition, and the inner wall (68;168) is formed of a second, different material composition; and the outer wall (66;166) is a separate and distinct piece from the inner wall (68;168) and is separable from the inner wall (68;168).
Use of a panoramic camera for the video recording of playing fields , in particular football pitches, comprising a housing , an arrangement means for arranging the panoramic camera at a certain height, at least one computing unit, at least one mounting support for mounting one or more digital cameras, and a plurality of digital cameras , wherein the at least one mounting support has at least one seat for arranging one of the digital cameras on the seat , wherein the digital cameras are oriented so that their respective image fields partially overlap one another, so that individual images associated with the image fields can be combined to form a panoramic image, wherein the digital cameras are oriented so that a transverse panoramic image angle α of at least 120° results in a transverse plane, wherein the digital cameras cover a sagittal panoramic image angle β of at least 60° in a sagittal plane, characterized in that the housing encloses the computing unit and the plurality of digital cameras , wherein the arrangement means is arranged on an outer side of the housing , wherein the arrangement means projects from the outer side of the housing , wherein the arrangement means is designed to fasten the panoramic camera to a pole, wherein the arrangement means comprises at least one support element by means of which the panoramic camera can be oriented according to a longitudinal direction of the pole.
Machine for moulding soft confectionery including: - a plurality of trays , - a conveyor system arranged for conveying the plurality of trays in a serial succession, - a loading unit arranged for loading the trays onto the conveyor system, - a depositing unit arranged for depositing liquid confectionery in mould cavities of the trays, and - an unloading unit arranged for unloading the trays from the conveyor system, characterized in that the depositing unit is arranged for depositing liquid confectionery in mould cavities of at least two trays simultaneously. - a plurality of trays , - a conveyor system arranged for conveying the plurality of trays in a serial succession, - a loading unit arranged for loading the trays onto the conveyor system, - a depositing unit arranged for depositing liquid confectionery in mould cavities of the trays, and - an unloading unit arranged for unloading the trays from the conveyor system,
Electrical machine, in particular a generator, with a stator having a winding overhang , a rotor arranged in the stator such that it can rotate about a rotor axis , and a heat exchanger , wherein the heat exchanger is fluidically connected to the winding overhang via a coolant shaft , which is arranged radially outside the winding overhang , extending at least partially approximately along a circumferential direction , and bounded by an outer surface in a radial direction , such that the winding overhang can be cooled by means of a continuous flow of a fluid via the heat exchanger and the winding overhang , characterised in that a plurality of guide elements , arranged in a distributed manner along a circumferential direction , are provided in the coolant shaft , so as to deflect, at least partially, a flow of a fluid orientated in the circumferential direction in the coolant shaft into a radial flow towards the winding overhang , and to distribute the flow to a plurality of regions of the winding overhang .
A wearpart for earth engaging equipment comprising: a metal substrate formed for attachment to earth engaging equipment, the substrate having a surface; an expendable, thin sheet metal shell connected to the surface of the substrate by welding or brazing to form a mold with the substrate and define a cavity between the shell and the surface of the substrate ; a hard particulate material within the cavity in close proximity to the surface and the shell ; a metallic brazing material infiltrated in the particulate material when in molten form to contact the surface of the substrate and the shell and be contained by the shell and substrate, and characterized in that when solid the hard particulate material bonds to the substrate and the shell to form a wear resistant composite coating on the surface of the substrate . a metal substrate formed for attachment to earth engaging equipment, the substrate having a surface; an expendable, thin sheet metal shell connected to the surface of the substrate by welding or brazing to form a mold with the substrate and define a cavity between the shell and the surface of the substrate ; a hard particulate material within the cavity in close proximity to the surface and the shell ; a metallic brazing material infiltrated in the particulate material when in molten form to contact the surface of the substrate and the shell and be contained by the shell and substrate, and characterized in that when solid the hard particulate material bonds to the substrate and the shell to form a wear resistant composite coating on the surface of the substrate .
A process for manufacturing nanocrystalline cellulose (NCC) ester, the process comprising treating, at a temperature between 40 and 110°C, NCC with at least one ester source selected from at least one acid anhydride, at least one carboxylic acid, at least one carboxylate and at least one acyl halide, in the presence of sulfuric acid, wherein the amount of the sulfuric acid is between 0.01% and 1%, compared to the weight of NCC.
An object tracking apparatus comprising: a proximate-range circuit configured to wirelessly communicate with at least one proximate-range communications device to verify the identification and presence thereof, and to provide an output indicative of the identity and presence of the at least one proximate-range communications device; a position-assessment circuit configured and arranged to assess position information of the object tracking apparatus using received wireless communications, and to provide an output indicative of the position information; and a communications circuit coupled to receive the outputs from the proximate-range circuit and the position-assessment circuit, and configured to wirelessly communicate data including the position information via a distal-range communications station based upon the received outputs, wherein the object tracking apparatus is configured to respond to a user input by authenticating the user input and, in response thereto, deactivating at least one of the respective generation of the outputs and the wireless communication of data to the distal-range communications station. a proximate-range circuit configured to wirelessly communicate with at least one proximate-range communications device to verify the identification and presence thereof, and to provide an output indicative of the identity and presence of the at least one proximate-range communications device; a position-assessment circuit configured and arranged to assess position information of the object tracking apparatus using received wireless communications, and to provide an output indicative of the position information; and a communications circuit coupled to receive the outputs from the proximate-range circuit and the position-assessment circuit, and configured to wirelessly communicate data including the position information via a distal-range communications station based upon the received outputs, wherein the object tracking apparatus is configured to respond to a user input by authenticating the user input and, in response thereto, deactivating at least one of the respective generation of the outputs and the wireless communication of data to the distal-range communications station.
A device comprising: a folding adhesive plate configured for attachment to the skin of a patient at a catheter insertion site and having an opening through which an implanted catheter can pass; a flexible sheath extending proximally from the adhesive plate and configured to surround an external segment of the catheter; a coupling body fixedly attached to the adhesive plate for coupling to the external catheter segment, the folding adhesive plate , sheath , and coupling body being configured to form a sealed chamber around the external catheter segment, wherein the folding adhesive plate is configured to provide a circumferential seal around the insertion site, and characterised in that the coupling body further comprises a first fitting configured to couple to the external segment of the implanted catheter when the catheter dressing assembly is sealed therearound and a second fitting in fluid communication with the implanted catheter and configured for insertion and removal of fluid from the implanted catheter. a folding adhesive plate configured for attachment to the skin of a patient at a catheter insertion site and having an opening through which an implanted catheter can pass; a flexible sheath extending proximally from the adhesive plate and configured to surround an external segment of the catheter; a coupling body fixedly attached to the adhesive plate for coupling to the external catheter segment, the folding adhesive plate , sheath , and coupling body being configured to form a sealed chamber around the external catheter segment, wherein the folding adhesive plate is configured to provide a circumferential seal around the insertion site, and characterised in that the coupling body further comprises a first fitting configured to couple to the external segment of the implanted catheter when the catheter dressing assembly is sealed therearound and a second fitting in fluid communication with the implanted catheter and configured for insertion and removal of fluid from the implanted catheter.
A method for manufacturing a metallic foil, the method comprising peeling a metallic film electrodeposited by electrolysis on a surface of an electrodeposition surface of a drum type or belt type cathode, the cathode being made of titanium or titanium alloy, the electrodeposition surface being formed by: performing a roughening treatment on a smoothed surface made of titanium or titanium alloy to form a roughened surface; and performing any oxidation treatment of thermal oxidation, anodic oxidation, or a combination treatment of thermal oxidation and anodic oxidation on the roughened surface to form an oxidation layer with a thickness of 30 nm to 250 nm on an outermost layer, the oxidation layer being a layer of an oxide which contains titanium, the electrodeposition surface having: a center portion in a width direction of the cathode, the center portion having a surface roughness R ZJIS of 4 μm to 10 μm, measured according to JIS-B0601 : 2013; and adjacent portions thereof on both sides of the center portion, the adjacent portions having a surface roughness R ZJIS of 2.5 μm or less, measured according to JIS-B0601 : 2013, wherein a ratio of the width of each adjacent portion to the width of the center portion is 0.1% to 10%. performing a roughening treatment on a smoothed surface made of titanium or titanium alloy to form a roughened surface; and performing any oxidation treatment of thermal oxidation, anodic oxidation, or a combination treatment of thermal oxidation and anodic oxidation on the roughened surface to form an oxidation layer with a thickness of 30 nm to 250 nm on an outermost layer, the oxidation layer being a layer of an oxide which contains titanium, the electrodeposition surface having: a center portion in a width direction of the cathode, the center portion having a surface roughness R ZJIS of 4 μm to 10 μm, measured according to JIS-B0601 : 2013; and adjacent portions thereof on both sides of the center portion, the adjacent portions having a surface roughness R ZJIS of 2.5 μm or less, measured according to JIS-B0601 : 2013, wherein a ratio of the width of each adjacent portion to the width of the center portion is 0.1% to 10%.
A cooking appliance, comprising: a support frame fastened to an inner surface of a front panel ; an actuating member fastened rotatably to the support frame ; a knob ring body which forms an appearance of the knob ring , and is rotatably operated by a user; a knob which provides a knob shaft , arranged outside the knob ring , and is rotatably operated by the user separately with the knob ring ; a knob ring sensor which senses a rotation of the knob ring body ; a display device; a valve which is fixed inside the cooking appliance, and the valve having a valve shaft to control a flow of gas supplied to a burner; and a knob sensor which senses rotation of the valve shaft; wherein the knob shaft is connected to the valve shaft; characterized in that the cooking appliance further comprises a knob ring back plate coupled to rotate with the actuating member integrally in an outer surface of the front panel ; the knob ring body being fastened to the knob ring back plate and being arranged around the knob ; a protruding portion protruding from the knob ring body and being arranged to an upper center of the knob ring body for fixing the display device ; the display device being arranged to an upper center of the knob ring body , fixed by the protruding portion and disposed at the protruded position from the knob ring body , being rotatably operated with the knob ring body integrally, and displays information set by the operation of the knob ring sensor and information set by the rotation of the valve shaft sensed by the knob ring sensor . a support frame fastened to an inner surface of a front panel ; an actuating member fastened rotatably to the support frame ; a knob ring body which forms an appearance of the knob ring , and is rotatably operated by a user; a knob which provides a knob shaft , arranged outside the knob ring , and is rotatably operated by the user separately with the knob ring ; a knob ring sensor which senses a rotation of the knob ring body ; a display device; a valve which is fixed inside the cooking appliance, and the valve having a valve shaft to control a flow of gas supplied to a burner; and a knob sensor which senses rotation of the valve shaft; wherein the knob shaft is connected to the valve shaft; characterized in that the cooking appliance further comprises a knob ring back plate coupled to rotate with the actuating member integrally in an outer surface of the front panel ; the knob ring body being fastened to the knob ring back plate and being arranged around the knob ; a protruding portion protruding from the knob ring body and being arranged to an upper center of the knob ring body for fixing the display device ; the display device being arranged to an upper center of the knob ring body , fixed by the protruding portion and disposed at the protruded position from the knob ring body , being rotatably operated with the knob ring body integrally, and displays information set by the operation of the knob ring sensor and information set by the rotation of the valve shaft sensed by the knob ring sensor .