mhurhangee/ep-ind-claims huggingface dataset:
A catalyst for a fuel cell, comprising a composite supporter comprising a mixture of a spherical-shaped supporter and a fibrous supporter at a mixing ratio of 60wt%:40wt% to 95wt%:5wt%, and an active metal catalyst supported on the composite supporter, characterised in that the fibrous supporter comprises a graphitized carbon nanofiber. a composite supporter comprising a mixture of a spherical-shaped supporter and a fibrous supporter at a mixing ratio of 60wt%:40wt% to 95wt%:5wt%, and an active metal catalyst supported on the composite supporter, characterised in that the fibrous supporter comprises a graphitized carbon nanofiber.
A surgical instrument for surgically joining tissue, the surgical instrument comprising: a handle assembly; an elongated portion extending distally from the handle assembly and defining a longitudinal axis (A-A); and an end effector disposed adjacent a distal portion of the elongated portion, the end effector including: a first jaw member defining a first axis (F-F) extending along the first jaw member, the first jaw member being pivotable about the first axis (F-F) with respect to the distal portion of the elongated portion, and the first axis (F-F) being transverse to the longitudinal axis (A-A) of the elongated portion; and a second jaw member defining a second axis (S-S) extending along the second jaw member; at least one of the first jaw member and the second jaw member being movable with respect to the other between a spaced-apart position and an approximated position; characterised in that: the second jaw member is pivotable about the second axis (S-S) with respect to the distal portion of the elongated portion; and the second axis (S-S) is parallel to the first axis (F-F). a handle assembly; an elongated portion extending distally from the handle assembly and defining a longitudinal axis (A-A); and an end effector disposed adjacent a distal portion of the elongated portion, the end effector including: a first jaw member defining a first axis (F-F) extending along the first jaw member, the first jaw member being pivotable about the first axis (F-F) with respect to the distal portion of the elongated portion, and the first axis (F-F) being transverse to the longitudinal axis (A-A) of the elongated portion; and a second jaw member defining a second axis (S-S) extending along the second jaw member; a first jaw member defining a first axis (F-F) extending along the first jaw member, the first jaw member being pivotable about the first axis (F-F) with respect to the distal portion of the elongated portion, and the first axis (F-F) being transverse to the longitudinal axis (A-A) of the elongated portion; and a second jaw member defining a second axis (S-S) extending along the second jaw member; at least one of the first jaw member and the second jaw member being movable with respect to the other between a spaced-apart position and an approximated position; characterised in that: the second jaw member is pivotable about the second axis (S-S) with respect to the distal portion of the elongated portion; and the second axis (S-S) is parallel to the first axis (F-F). the second jaw member is pivotable about the second axis (S-S) with respect to the distal portion of the elongated portion; and the second axis (S-S) is parallel to the first axis (F-F).
A semiconductor device comprising: a command decoder configured to activate a first mode register setting signal in response to a mode register setting command issued from outside; a first latency shifter configured to activate a second mode register setting signal after elapse of predetermined cycles of a clock signal since the first mode register setting signal is activated; and a mode register configured to store a mode signal supplied from outside in response to the second mode register setting signal, characterized in that the semiconductor device further comprises: a first circuit (G0, G1) configured to supply the first mode register setting signal to the first latency shifter in response to an enable signal from the mode register at a high level, and to supply the first mode register setting signal to the mode register without supplying to the first latency shifter in response to the enable signal from the mode register at a low level; and a second circuit configured to supply the second mode register setting signal to the mode register in response to the enable signal from the mode register at the high level, and to supply the first mode register setting signal to the mode register in response to the enable signal from the mode register at the low level. a command decoder configured to activate a first mode register setting signal in response to a mode register setting command issued from outside; a first latency shifter configured to activate a second mode register setting signal after elapse of predetermined cycles of a clock signal since the first mode register setting signal is activated; and a mode register configured to store a mode signal supplied from outside in response to the second mode register setting signal, a first circuit (G0, G1) configured to supply the first mode register setting signal to the first latency shifter in response to an enable signal from the mode register at a high level, and to supply the first mode register setting signal to the mode register without supplying to the first latency shifter in response to the enable signal from the mode register at a low level; and a second circuit configured to supply the second mode register setting signal to the mode register in response to the enable signal from the mode register at the high level, and to supply the first mode register setting signal to the mode register in response to the enable signal from the mode register at the low level.
A machine for processing and keeping ice cream, slush drinks and similar products, comprising a display counter comprising, a plurality of visible mixing and freezing cylinders for processing basic products and keeping ice cream; each mixing and freezing cylinder being equipped with an access opening which allows introducing the basic products to be processed to obtain the ice cream, and extracting the ice cream once its processing is complete; and a cooling circuit for adjusting the temperature of the basic products and of the ice cream during the processing of the basic products and the keeping of the ice cream, respectively, in the respective mixing and freezing cylinder; the cooling circuit comprising a first refrigerating circuit and a second heating circuit; the first refrigerating circuit comprising respective offtake branches for each mixing and freezing cylinder and the second heating circuit comprising respective offtake branches for each mixing and freezing cylinder; the machine being characterized in that a control unit is capable of alternately activating the offtake branches (10, 11) of each mixing and freezing cylinder and maintaining the temperature for processing the basic product at the same temperature for keeping the ice cream; the activation of the offtake branches (10, 11) of each mixing and freezing cylinder allows maintaining the temperature for processing the basic product at the same temperature for keeping the ice cream.
Kit for the production of a bone cement comprising a paste A and a paste B, whereby (a) paste A contains at least one methacrylate monomer, and at least one barbituric acid derivative as polymerisation initiator; (b) paste B contains at least one methacrylate monomer, and at least one basic heavy metal compound, as polymerisation accelerator, selected from the group consisting of heavy metal salts and heavy metal complexes; and whereby i) paste B contains less than 0.01 % by weight of a peroxide, relative to the total weight of paste B, ii) at least one of the pastes A and B contains, as component and/or, at least one filling agent that is poorly soluble or insoluble in and/or, iii) at least one of the pastes A and B contains, as component and/or, at least one inorganic halogenide salt, whereby the at least one inorganic halogenide salt and/or is selected from the group consisting of an alkali halogenide, an alkaline earth halogenide, and a mixture of at least two of said inorganic halogenide salts, and iv) whereby paste B contains less than 2% by weight of an organic acid that is soluble in monomer, relative to the total weight of paste B. (a) paste A contains at least one methacrylate monomer, and at least one barbituric acid derivative as polymerisation initiator; at least one methacrylate monomer, and at least one barbituric acid derivative as polymerisation initiator; (b) paste B contains at least one methacrylate monomer, and at least one basic heavy metal compound, as polymerisation accelerator, selected from the group consisting of heavy metal salts and heavy metal complexes; at least one methacrylate monomer, and at least one basic heavy metal compound, as polymerisation accelerator, selected from the group consisting of heavy metal salts and heavy metal complexes; i) paste B contains less than 0.01 % by weight of a peroxide, relative to the total weight of paste B, ii) at least one of the pastes A and B contains, as component and/or, at least one filling agent that is poorly soluble or insoluble in and/or, iii) at least one of the pastes A and B contains, as component and/or, at least one inorganic halogenide salt, whereby the at least one inorganic halogenide salt and/or is selected from the group consisting of an alkali halogenide, an alkaline earth halogenide, and a mixture of at least two of said inorganic halogenide salts, and iv) whereby paste B contains less than 2% by weight of an organic acid that is soluble in monomer, relative to the total weight of paste B.
Self-propelled floor care device for automated care of floor surfaces, comprising a drive system for moving the floor care device over the floor surface to be cared for, and a device controller, which controls the floor care device along a travel path, and comprising an apparatus for applying a floor care fluid to the floor surface to be cared for, the apparatus comprising a rotatable, hollow roller body for storing the floor care fluid, the roller body being designed such that floor care fluid comes out of the roller body when said roller body rotates, characterised in that a plurality of holes are arranged in a lateral surface of the roller body, the holes being covered on at least one side by a membrane.
Harvesting machine for cabbage vegetables, comprising a frame device, a conveyor device provided on the frame device and extending in the direction of travel of the harvesting machine, the conveyor device having a receiving segment for receiving cabbage vegetables from an agricultural area and a conveyor segment for transporting the received cabbage vegetables in a conveying direction to a rear region of the harvesting machine, characterized in that a cutting device is arranged below the conveying device, which comprises a hub body which can be driven about an axis extending horizontally and transversely to the direction of travel of the harvesting machine and on which at least one blade is provided, wherein, when the hub body is rotated about the horizontal axis, the blade can be brought into contact from below with a central region of a cabbage vegetable resting on the conveyor device, so that the stalk of the cabbage vegetable and/or adjacent regions thereof are thereby cut out of the cabbage vegetable. a frame device, a conveyor device provided on the frame device and extending in the direction of travel of the harvesting machine, the conveyor device having a receiving segment for receiving cabbage vegetables from an agricultural area and a conveyor segment for transporting the received cabbage vegetables in a conveying direction to a rear region of the harvesting machine,
A retaining apparatus (216, 300, 500) configured to couple to a valve stem of an aerosol container and to interface with a dispenser to actuate the valve stem, comprising: a body portion defined between an exterior surface and an internal bore (236, 348, 508) configured to receive a valve stem, the body portion further comprising an upper surface and a frustoconical surface or a shoulder (260, 514) between the upper surface and an exterior surface, wherein the frustoconical surface or the shoulder (260, 514) is configured to interface with an angled or rounded surface on a dispenser in order to actuate a valve stem; and characterized in that the body portion further includes an aperture having a diameter selected to avoid atomization of fluid travelling through the aperture. a body portion defined between an exterior surface and an internal bore (236, 348, 508) configured to receive a valve stem, the body portion further comprising an upper surface and a frustoconical surface or a shoulder (260, 514) between the upper surface and an exterior surface, wherein the frustoconical surface or the shoulder (260, 514) is configured to interface with an angled or rounded surface on a dispenser in order to actuate a valve stem; and characterized in that the body portion further includes an aperture having a diameter selected to avoid atomization of fluid travelling through the aperture.
A superabsorbent polymer, characterized by: a plurality of resin particles and each of the resin particles has an internal cross-linking structure; a surface cross-linking agent bonded to a surface of each of the resin particles so as to constitute a surface cross-linked region at the surface of each resin particle, wherein a cross-linking degree of the surface cross-linked region is higher than a cross-linking degree of the core of the resin particle to form a core-shell structure; and a plurality of silicon-containing inorganic salt-containing particles covering an entire surface of each of the resin particles by treating the resin particles having the surface cross-linked region with a weakly acidic aqueous solution containing the silicon-containing inorganic salt-containing particles and having a pH value between 4 and 6.5, wherein each of the silicon-containing inorganic salt-containing particles has a particle size between 1 and 10μm, wherein a weight ratio of alumina to silicon dioxide (silica) in each of the silicon-containing inorganic salt-containing particles is between 0.7 and 0.95, and wherein the silicon dioxide (silica) has a negative charge of -200 μC/g, which is more negative than the alumina, to render the silicon-containing inorganic salt-containing particles as a whole with a negative charge. a plurality of resin particles and each of the resin particles has an internal cross-linking structure; a surface cross-linking agent bonded to a surface of each of the resin particles so as to constitute a surface cross-linked region at the surface of each resin particle, wherein a cross-linking degree of the surface cross-linked region is higher than a cross-linking degree of the core of the resin particle to form a core-shell structure; and a plurality of silicon-containing inorganic salt-containing particles covering an entire surface of each of the resin particles by treating the resin particles having the surface cross-linked region with a weakly acidic aqueous solution containing the silicon-containing inorganic salt-containing particles and having a pH value between 4 and 6.5, wherein each of the silicon-containing inorganic salt-containing particles has a particle size between 1 and 10μm, wherein a weight ratio of alumina to silicon dioxide (silica) in each of the silicon-containing inorganic salt-containing particles is between 0.7 and 0.95, and wherein the silicon dioxide (silica) has a negative charge of -200 μC/g, which is more negative than the alumina, to render the silicon-containing inorganic salt-containing particles as a whole with a negative charge.
A tire, comprising: a tread comprising at least one of a tread block and a tread rib; at least one of the tread block and the tread rib comprising at least one sipe, wherein the at least one sipe comprises at least one convex portion and at least one concave portion forming an S-shaped geometry along at least a portion of a length of the sipe, wherein the S-shaped geometry along at least a portion of the length of the sipe has an amplitude, and wherein the amplitude varies along a radial height of the sipe, wherein the at least one sipe includes an upper vertical section and a lower vertical section oriented substantially radially within the sipe, and wherein the at least one sipe includes a first curvilinear portion and a second curvilinear portion oriented substantially radially within the sipe, and forming an S-shaped geometry along the radial height of the sipe, characterized in that the S-shaped geometry has a wavelength, and the wavelength of the S-shaped geometry varies along a height of the sipe. a tread comprising at least one of a tread block and a tread rib; at least one of the tread block and the tread rib comprising at least one sipe, wherein the at least one sipe comprises at least one convex portion and at least one concave portion forming an S-shaped geometry along at least a portion of a length of the sipe, wherein the S-shaped geometry along at least a portion of the length of the sipe has an amplitude, and wherein the amplitude varies along a radial height of the sipe, wherein the at least one sipe includes an upper vertical section and a lower vertical section oriented substantially radially within the sipe, and wherein the at least one sipe includes a first curvilinear portion and a second curvilinear portion oriented substantially radially within the sipe, and forming an S-shaped geometry along the radial height of the sipe, characterized in that the S-shaped geometry has a wavelength, and the wavelength of the S-shaped geometry varies along a height of the sipe. wherein the at least one sipe comprises at least one convex portion and at least one concave portion forming an S-shaped geometry along at least a portion of a length of the sipe, wherein the S-shaped geometry along at least a portion of the length of the sipe has an amplitude, and wherein the amplitude varies along a radial height of the sipe, wherein the at least one sipe includes an upper vertical section and a lower vertical section oriented substantially radially within the sipe, and wherein the at least one sipe includes a first curvilinear portion and a second curvilinear portion oriented substantially radially within the sipe, and forming an S-shaped geometry along the radial height of the sipe, characterized in that the S-shaped geometry has a wavelength, and the wavelength of the S-shaped geometry varies along a height of the sipe.
Brush head for an electric toothbrush, the brush head comprising a hollow body part having a first end and a second end, a back and forth rotating actuating shaft inside the body part, a cylindrical pin at a second end of the actuating shaft which cylindrical pin is coaxial in relation to the longitudinal rotation axis of the actuating shaft, a hole near the second end of the body part, in which hole the pin is placed, and the body part having a rotating bristle carrier rotated back and forth by the actuating shaft at the second end of the body part, and where one end of the actuating shaft comprises a protrusion that is in an inclined angle in relation to the rotation axis of the actuating shaft, wherein the bristle carrier comprises a groove that is substantially straight and parallel to the rotation axis of the bristle carrier, and when the bristle carrier is in its middle position the groove is open substantially towards the second end of the actuating shaft and the protrusion is inside the groove so that when the actuating shaft is making its back and forth rotation motion around its rotation axis, the protrusion in the groove turns and rotates simultaneously the bristle carrier back and forth, characterized in that the inclination angle of the protrusion is between 20-70 degrees, and which protrusion is directed to extend towards the rotation axis of the actuating shaft, and that the pin and the inclined protrusion form a combination where the protrusion is extending towards the rotation axis of the actuating shaft and towards the pin.
A method for controlling a controlled device, wherein the method is used for a control device that is capable of establishing a first communication connection with at least one controlled device according to a first communication protocol and establishing a second communication connection with the at least one controlled device according to a second communication protocol, characterized in that the method comprises: sending, by the control device, a parameter for establishing the first communication connection to the at least one controlled device through the second communication connection established with the at least one controlled device in advance, the parameter comprising at least a connection identifier, a key, or a communications band; establishing, by the control device, the first communication connection with the at least one controlled device when a control device enters a control state according to the parameter; acquiring, by the control device, a preset communication index corresponding to the first communication connection and determining, by the control device, relative position information with respect to the at least one controlled device based on the preset communication index; determining, by the control device, one of the at least one controlled device as a target device based on the relative position information and controlling the target device; selecting, by the control device, the second communication protocol with low power consumption to establish the second communication connection, such that the power consumption of using the second communication connection for data transmission is less than that of using the first communication connection for data transmission. sending, by the control device, a parameter for establishing the first communication connection to the at least one controlled device through the second communication connection established with the at least one controlled device in advance, the parameter comprising at least a connection identifier, a key, or a communications band; establishing, by the control device, the first communication connection with the at least one controlled device when a control device enters a control state according to the parameter; acquiring, by the control device, a preset communication index corresponding to the first communication connection and determining, by the control device, relative position information with respect to the at least one controlled device based on the preset communication index; determining, by the control device, one of the at least one controlled device as a target device based on the relative position information and controlling the target device; selecting, by the control device, the second communication protocol with low power consumption to establish the second communication connection, such that the power consumption of using the second communication connection for data transmission is less than that of using the first communication connection for data transmission.