mhurhangee/ep-ind-claims huggingface dataset:
An electronic device (101, 801) comprising: a wireless communication module (190, 820) configured to transmit a signal for recognizing an external object; at least one processor (120, 810) operably connected to the wireless communication module (190, 820); and at least one memory (130, 840) operably connected to the at least one processor (120, 810), characterized in that the at least one memory (130, 840) is configured to store instructions for causing the at least one processor (120, 810), when executed, to: determine a predicted distance to the external object, determine, based on the predicted distance, a length of a Golay sequence included in the signal for recognizing the external object, and control the wireless communication module (190, 820) so as to transmit, to the external object, at least one signal including the Golay sequence having the determined length, control the wireless communication module (190, 820) so as to receive at least one signal which is a reflection and return of the transmitted wireless signal from the external object, acquire, based on the at least one transmitted signal and the at least one received signal, a property of the external object, and recognize, based on the acquired property of the object, the object. a wireless communication module (190, 820) configured to transmit a signal for recognizing an external object; at least one processor (120, 810) operably connected to the wireless communication module (190, 820); and at least one memory (130, 840) operably connected to the at least one processor (120, 810), characterized in that the at least one memory (130, 840) is configured to store instructions for causing the at least one processor (120, 810), when executed, to: determine a predicted distance to the external object, determine, based on the predicted distance, a length of a Golay sequence included in the signal for recognizing the external object, and control the wireless communication module (190, 820) so as to transmit, determine a predicted distance to the external object, determine, based on the predicted distance, a length of a Golay sequence included in the signal for recognizing the external object, and control the wireless communication module (190, 820) so as to transmit, to the external object, at least one signal including the Golay sequence having the determined length, control the wireless communication module (190, 820) so as to receive at least one signal which is a reflection and return of the transmitted wireless signal from the external object, acquire, based on the at least one transmitted signal and the at least one received signal, a property of the external object, and recognize, based on the acquired property of the object, the object.
Use of a lubricant composition, which comprises a perfluoropolyether oil, a powdery fluororesin thickener, and Ca salt or Na salt of aromatic sulfonic acid or saturated aliphatic dicarboxylic acid as a rust-inhibitive additive, where the thickener is in a proportion of 10-40% by weight, and the rust-inhibitive additive is in a proportion of 0.3-10% by weight on the basis of total weight of the composition, the balance being the perfluoropolyether oil, wherein the perfluoropolyether oil is selected from perfluoropolyether oils having the following formulae to RfO(CF 2 CF 2 O) m (CF 2 O) n Rf wherein in the formula m+n=3-200, and m:n=10-90:90-10, and the CF 2 CF 2 O group and the CF 2 O group are in random combination in the main chain, RfO[CF(CF 3)CF 2 O] p (CF 2 CF 2 O) q (CF 2 O) r Rf wherein in the formula p+q+r=3-200, q and r can be 0, respectively, and (q+r) /p=0-2, and the CF(CF 3)CF 2 O group, the CF 2 CF 2 O group, and the CF 2 O group are in random combination in the main chain, RfO [CF (CF 3) CF 2 O] s (CF 2 CF 2 O) tRf wherein in the formula s+t=2-200, t can be 0, and t/s=0-2, and the CF(CF 3)CF 2 O group and the CF 2 CF 2 O group are in random combination in the main chain, and F(CF 2 CF 2 CF 2 O) 2-100 C 2 F 5 for lubrication of bearings in automobile auxiliary equipment, wherein Rf in formulae to is a perfluoroalkyl group having 1 to 5 carbon atoms.
A process of producing a soy protein product having a protein content of at least 60 wt% (N x 6.25) on a dry weight basis, which comprises: (a) extracting a soy protein source which is soy meal, soy flake, soy grits or soy flour with an aqueous calcium salt solution, optionally containing an antioxidant, at a pH of 5 to 11 to cause solubilization of soy protein from the soy protein source and to form a mixture of aqueous soy protein solution and residual soy protein source, (b) optionally diluting the mixture of aqueous soy protein solution and residual soy protein source, (c) adjusting the pH of the mixture of aqueous soy protein solution and residual soy protein source to a pH of 1.5 to 4.4, (d) separating the acidified aqueous soy protein solution from the residual soy protein source, (e) optionally concentrating the acidified aqueous soy protein solution while maintaining the ionic strength substantially constant using a selective membrane technique, (f) optionally diafiltering the optionally concentrated soy protein solution, and (g) optionally drying the optionally diafiltered and optionally concentrated soy protein solution. (a) extracting a soy protein source which is soy meal, soy flake, soy grits or soy flour with an aqueous calcium salt solution, optionally containing an antioxidant, at a pH of 5 to 11 to cause solubilization of soy protein from the soy protein source and to form a mixture of aqueous soy protein solution and residual soy protein source, (b) optionally diluting the mixture of aqueous soy protein solution and residual soy protein source, (c) adjusting the pH of the mixture of aqueous soy protein solution and residual soy protein source to a pH of 1.5 to 4.4, (d) separating the acidified aqueous soy protein solution from the residual soy protein source, (e) optionally concentrating the acidified aqueous soy protein solution while maintaining the ionic strength substantially constant using a selective membrane technique, (f) optionally diafiltering the optionally concentrated soy protein solution, and (g) optionally drying the optionally diafiltered and optionally concentrated soy protein solution.
Freezer comprising a cabinet defining an inner cavity closable by a door, and in which said cavity communicates with the ambient by means of a conduit (18, 24), characterized in that such conduit (18, 24) is provided with a frost collecting container removably mounted at one end (18b, 24b) of said conduit (18, 24) in the cavity and having at least one opening for allowing air flow, characterized in that said container is a frost collecting container when placed inside the freezer and is apt to allow frost be removed from the container, either manually or by melting, when the container is removed from the freezer, in that said conduit (18, 24) is provided in the door, in that the door, in its close configuration, is horizontal, said frost collecting container being mounted on the inner liner of the door, and in that the frost collecting container presents a plurality of openings on its side wall.
A device (200, 230, 250) comprising a humidity sensor (220, 315) constructed and arranged to fluidically couple to a sorbent tube, the humidity sensor configured to receive a fluid stream exiting from the sorbent tube to determine the level of water in the sorbent tube, characterized in that the device is configured to detect an inflection point as an indicator of a humidity level in the fluid stream exiting from the sorbent tube, wherein the inflection point is determined as a point in time where an increase in the slope of a humidity level occurs or as a point in time where a decrease in the slope of the humidity level occurs.
A spherical microphone array comprising: a sound-diffracting structure having a closed three-dimensional shape of at least one non-regular, regular or semi-regular convex polyhedron with congruent faces of regular or non-regular polygons; at least one cavity disposed in the sound-diffracting structure, the at least one cavity comprising an aperture, an end, and a center line between the end of the cavity and the center of aperture, the center line being arranged perpendicular to the aperture plane; an omnidirectional center microphone positioned on the center line and at the end of the cavity most distant from the aperture; and a plurality of further omnidirectional microphones (16b-16i) disposed in the at least one cavity in the sound-diffracting structure; wherein at least two microphones (16b-16e) of the plurality of further microphones (16b - 16i) are disposed on an inner oval line whose center is disposed on the center line, wherein the center line subtends the center of the inner oval line perpendicular to the surface generated by the inner oval line, and the center of the inner oval line is closer to the aperture than the omnidirectional center microphone; and wherein at least two further microphones (16f-16i) of the plurality of further microphones (16b-16i) are disposed on an outer oval line whose center is disposed on the center line, wherein the center line subtends the center of the outer oval line perpendicular to the surface generated by the outer oval line and the outer oval line is arranged closer to the aperture than the inner oval line. a sound-diffracting structure having a closed three-dimensional shape of at least one non-regular, regular or semi-regular convex polyhedron with congruent faces of regular or non-regular polygons; at least one cavity disposed in the sound-diffracting structure, the at least one cavity comprising an aperture, an end, and a center line between the end of the cavity and the center of aperture, the center line being arranged perpendicular to the aperture plane; an omnidirectional center microphone positioned on the center line and at the end of the cavity most distant from the aperture; and a plurality of further omnidirectional microphones (16b-16i) disposed in the at least one cavity in the sound-diffracting structure; wherein at least two microphones (16b-16e) of the plurality of further microphones (16b - 16i) are disposed on an inner oval line whose center is disposed on the center line, wherein the center line subtends the center of the inner oval line perpendicular to the surface generated by the inner oval line, and the center of the inner oval line is closer to the aperture than the omnidirectional center microphone; and wherein at least two further microphones (16f-16i) of the plurality of further microphones (16b-16i) are disposed on an outer oval line whose center is disposed on the center line, wherein the center line subtends the center of the outer oval line perpendicular to the surface generated by the outer oval line and the outer oval line is arranged closer to the aperture than the inner oval line.
A fuel cell comprising a proton exchange membrane, catalyst layers (8, 9) having catalyst-supporting particles, said catalyst layers including a cathode catalyst layer on one surface of the membrane and an anode catalyst layer on a surface of the membrane opposite said one surface, a support layer (14, 15) adjacent each catalyst layer, and a coating (19, 20) of a mixture of a fluoropolymer, that is soluble in a solvent that evaporates below 200 °C, and fine carbon particles and/or fine carbon fibers coating the surfaces of an outward face of at least one of said catalyst layers and the surfaces of the outermost catalyst supporting particles of said at least one of said catalyst layers; characterized by: said coating (19, 20) being no more than 2 micrometers thick. said coating (19, 20) being no more than 2 micrometers thick.
Sill device for a slag door of a metallurgical furnace, suitable to be cooled by a cooling fluid, said sill device comprising - a metal base body, preferably made of copper or a copper alloy, which extends mainly around a longitudinal axis from an inlet end to an outlet end; - a cooling fluid inlet port in the vicinity of the inlet end and a cooling fluid outlet port in the vicinity of the outlet end; wherein said base body comprises a collection cavity around which a base body wall extends which at least partially defines the collection cavity, said collection cavity being in fluid communication with the treatment fluid outlet port; and wherein said base body comprises cooling ducts (23A, 23A', 24A, 24A', 25A, 25A', 23R, 24R, 25R) made in the base body wall and in fluid communication with the cooling fluid inlet port and with the collection cavity. - a metal base body, preferably made of copper or a copper alloy, which extends mainly around a longitudinal axis from an inlet end to an outlet end; - a cooling fluid inlet port in the vicinity of the inlet end and a cooling fluid outlet port in the vicinity of the outlet end;
A terminal management method, comprising: sending, to a gateway, operation information for performing a management operation on target terminals, wherein the operation information carries a return format of an execution result of an operation command for performing the management operation on the target terminals, and the return format is indication information indicating how the gateway groups operation command execution results of target terminals; and receiving the operation command execution results which are sent by the gateway and conform to the return format; determining target terminals corresponding to the operation command execution results; sending, to the gateway, a message for grouping the determined target terminals. sending, to a gateway, operation information for performing a management operation on target terminals, wherein the operation information carries a return format of an execution result of an operation command for performing the management operation on the target terminals, and the return format is indication information indicating how the gateway groups operation command execution results of target terminals; and receiving the operation command execution results which are sent by the gateway and conform to the return format; determining target terminals corresponding to the operation command execution results; sending, to the gateway, a message for grouping the determined target terminals.
A compact interfacing device for rotating electro-magnetic fields (E input -H input, E output -H output) between an input waveguide and an output waveguide, the interfacing device comprising: a support bar extending between and connected to opposing sides (105-1, 105-2) of a frame, the support bar having a support-bar length (L SB) and a support-bar thickness (t SB); the frame encircling an interior space divided by the support bar, the frame having a frame thickness (t f); and a dipole bar orientated orthogonal to the support bar, the dipole bar having a dipole-bar thickness (t DB) and a dipole-bar length (L DB) that is less than the support-bar length, wherein when the input waveguide interfaces an input-side of the frame and is arranged so that an extent of an input width (W input) of the input waveguide is orientated at first angle (θ 1) with respect to an extent of the dipole-bar length, and when the output waveguide interfaces an output-side of the frame and is arranged so that an extent of an output width (W output) of the output waveguide is orientated at a second angle (-θ 1) with respect to the extent of the dipole-bar length, the second angle (-θ 1) being equal to and opposite the first angle (θ 1), an input electric field (E input) aligned perpendicular to the extent of the input width is rotated upon propagating through the compact interfacing device so that an output electric field (E output) aligned perpendicular to the extent of the output width is coupled to the output waveguide. a support bar extending between and connected to opposing sides (105-1, 105-2) of a frame, the support bar having a support-bar length (L SB) and a support-bar thickness (t SB); the frame encircling an interior space divided by the support bar, the frame having a frame thickness (t f); and a dipole bar orientated orthogonal to the support bar, the dipole bar having a dipole-bar thickness (t DB) and a dipole-bar length (L DB) that is less than the support-bar length, wherein when the input waveguide interfaces an input-side of the frame and is arranged so that an extent of an input width (W input) of the input waveguide is orientated at first angle (θ 1) with respect to an extent of the dipole-bar length, and when the output waveguide interfaces an output-side of the frame and is arranged so that an extent of an output width (W output) of the output waveguide is orientated at a second angle (-θ 1) with respect to the extent of the dipole-bar length, the second angle (-θ 1) being equal to and opposite the first angle (θ 1), an input electric field (E input) aligned perpendicular to the extent of the input width is rotated upon propagating through the compact interfacing device so that an output electric field (E output) aligned perpendicular to the extent of the output width is coupled to the output waveguide.
A construction machine maintenance history information management system, comprising: a construction machine having maintenance targets; and a mobile terminal including control means for displaying construction machine maintenance items on display means, input means for enabling a worker to enter data for the maintenance items displayed on said display means, and storage means for storing the data entered through said input means as maintenance history data; wherein the system further comprises a data control device being incorporated in the construction machine to store machine information including a model name and a serial number and to process operating time or date and time; a plurality of communication connectors being respectively positioned near the maintenance targets of the construction machine and communication-connected to said data control device; and a communication cable (33A, 33B) for enabling to connect said mobile terminal to one of said communication connectors selectively, and wherein said mobile terminal inputs the machine information and operating time or date and time from said data control device via said communication cable and said communication connector and stores the maintenance history data in said storage means in association with the input machine information and operating time or date and time. a construction machine having maintenance targets; and a mobile terminal including control means for displaying construction machine maintenance items on display means, input means for enabling a worker to enter data for the maintenance items displayed on said display means, and storage means for storing the data entered through said input means as maintenance history data; wherein the system further comprises a data control device being incorporated in the construction machine to store machine information including a model name and a serial number and to process operating time or date and time; a plurality of communication connectors being respectively positioned near the maintenance targets of the construction machine and communication-connected to said data control device; and a communication cable (33A, 33B) for enabling to connect said mobile terminal to one of said communication connectors selectively, and wherein said mobile terminal inputs the machine information and operating time or date and time from said data control device via said communication cable and said communication connector and stores the maintenance history data in said storage means in association with the input machine information and operating time or date and time.
Door for a cooking appliance, having a modular attachment, which is arranged on a front side of a first pane of the door, wherein the modular attachment comprises a further pane arranged at a distance from the first pane, which is held on a frame of the modular attachment, wherein the first pane, in an installation position of the door when the door is closed, is closer to a cooking chamber of the cooking appliance than the further pane, and wherein the modular attachment comprises at least one light source arranged in a corner region of the frame and at least one optical fibre arranged between the first pane and the further pane, which is embodied to outcouple light from the at least one light source, characterised in that the modular attachment comprises a cover element which is fixed in the corner region to a fastening region of a corner connector of the frame, wherein the cover element at least supports a correct positioning of the at least one optical fibre in the corner region.
Starting block with a supporting ledge device for a start of a backstroke race, the supporting ledge device being at least partially integrated into the starting block, the supporting ledge device comprising an actuation assembly for placing a support ledge, via at least one fastening element, into a rest position or into one of the positions to be selected for a swimmer towards the rear of a base of the starting block, and the actuation assembly comprising return means intended to pull the fastening element and push the support ledge towards the swimming pool, or to push the fastening element and pull the support ledge towards the rest position out of the water, characterised in that the supporting ledge device is fully integrated inside the starting block in a rest position.
An ablutionary fitting including: an outlet for providing a stream of water; and a dispersing barrier arranged in the path of the stream of water, and disposed such that the stream of water is broken up into a plurality of smaller streams as it passes through the dispersing barrier, forming a spray, wherein the smaller streams are at least in part directed by the dispersing barrier, characterized in that the outlet is arranged to rotate about an axis substantially perpendicular to a plane of the dispersing barrier, and wherein the rotation of the outlet is independent of any movement of the dispersing barrier an outlet for providing a stream of water; and a dispersing barrier arranged in the path of the stream of water, and disposed such that the stream of water is broken up into a plurality of smaller streams as it passes through the dispersing barrier, forming a spray, wherein the smaller streams are at least in part directed by the dispersing barrier, characterized in that the outlet is arranged to rotate about an axis substantially perpendicular to a plane of the dispersing barrier, and wherein the rotation of the outlet is independent of any movement of the dispersing barrier