mhurhangee/patent-ind-claim-en huggingface dataset:
A method for use in a wireless device, the method comprising: receiving system information being broadcast by a network node, wherein the system information indicates a set of configured random access carriers supported by the network node; determining whether the network node has indicated a selected random access carrier from the set of configured random access carriers; in response to determining that the network node has indicated the selected random access carrier, performing the random access transmission using the selected random access carrier indicated by the network node; and in response to determining that the network node has not indicated the selected random access carrier, performing the random access transmission using a random access carrier that the wireless device selects from the set of configured random access carriers. receiving system information being broadcast by a network node, wherein the system information indicates a set of configured random access carriers supported by the network node; determining whether the network node has indicated a selected random access carrier from the set of configured random access carriers; in response to determining that the network node has indicated the selected random access carrier, performing the random access transmission using the selected random access carrier indicated by the network node; and in response to determining that the network node has not indicated the selected random access carrier, performing the random access transmission using a random access carrier that the wireless device selects from the set of configured random access carriers.
A drive assembly of a diaphragm valve to be arranged on a valve body , the drive assembly comprising a clamping portion (40; 42) for clamping a diaphragm interacting with the valve body , a clamping piece of the drive assembly being designed such that the clamping piece can be fixed to the valve body at least along a feed axis by a rotation of the clamping piece in a mounting direction of rotation about the feed axis , characterized in that - a screw-in end can be screwed into the clamping piece in the mounting direction of rotation about the feed axis such that the screw-in end loads the clamping portion (40; 42) with pressure and thus the diaphragm can be clamped between the clamping portion (40; 42) and the valve body . - a screw-in end can be screwed into the clamping piece in the mounting direction of rotation about the feed axis such that the screw-in end loads the clamping portion (40; 42) with pressure and thus the diaphragm can be clamped between the clamping portion (40; 42) and the valve body .
A method for the communication with field devices (N1..NN, GW, D1..DN) in a first fieldbus system (SYS1) working in accordance with a first standard, and in a second fieldbus system (SYS2) working in accordance with a second standard, comprising the steps of: - arranging a first field device (GW) and a second field device (N2) in the first fieldbus system (SYS1), - coupling the first field device (GW) and the second field device (N2) via a first fieldbus (F1) in accordance with the first standard, - coupling the first field device (GW) to the second fieldbus system (SYS2) working in accordance with a second standard, the method being characterized by the steps of: - loading a standardized object (STDO) in accordance with the first standard on the first field device (GW), - providing a description of the standardized object (STDO) in the second fieldbus system (SYS2), and using the standardized object (STDO) from the second fieldbus system (SYS2) so as to access parameters and/or objects of the second field device (N2) via the first field device (GW) using the standardized object (STDO), the standardized object (STDO) having no definition of a data type. - arranging a first field device (GW) and a second field device (N2) in the first fieldbus system (SYS1), - coupling the first field device (GW) and the second field device (N2) via a first fieldbus (F1) in accordance with the first standard, - coupling the first field device (GW) to the second fieldbus system (SYS2) working in accordance with a second standard, - loading a standardized object (STDO) in accordance with the first standard on the first field device (GW), - providing a description of the standardized object (STDO) in the second fieldbus system (SYS2), and using the standardized object (STDO) from the second fieldbus system (SYS2) so as to access parameters and/or objects of the second field device (N2) via the first field device (GW) using the standardized object (STDO), the standardized object (STDO) having no definition of a data type.
A recyclable container including a security mark , said security mark comprising an illustration including a first part printed in a first ink and second part printed in a second ink, wherein the reflectance of said first part is between 0 and 20 percent in the visible spectrum having a wavelength up to 660 nm, making said first part substantially visible in the visible spectrum having a wavelength up to 660 nm, wherein the reflectance of said first part is above 80 percent in infrared light having a wavelength above 800 nm making the first part substantially invisible in infrared light having a wavelength above 800 nm, wherein the reflectance of said second part is between 0 and 20 percent in light having a wavelength up to 800 nm making said second part substantially visible in the visible spectrum and a first part of the infrared spectrum up to 800 nm, wherein the reflectance of said second part is above 25 percent in infrared light having a wavelength above 960 nm making the second part visible in infrared light having a wavelength above 960 nm. an illustration including a first part printed in a first ink and second part printed in a second ink, wherein the reflectance of said first part is between 0 and 20 percent in the visible spectrum having a wavelength up to 660 nm, making said first part substantially visible in the visible spectrum having a wavelength up to 660 nm, wherein the reflectance of said first part is above 80 percent in infrared light having a wavelength above 800 nm making the first part substantially invisible in infrared light having a wavelength above 800 nm, wherein the reflectance of said second part is between 0 and 20 percent in light having a wavelength up to 800 nm making said second part substantially visible in the visible spectrum and a first part of the infrared spectrum up to 800 nm, wherein the reflectance of said second part is above 25 percent in infrared light having a wavelength above 960 nm making the second part visible in infrared light having a wavelength above 960 nm.
A rotor disc for a turbomachine , the disc extending circumferentially about an axis (A) and comprising a plurality of cavities configured to receive blade roots , characterized in that each cavity comprises a downstream radial wall configured to axially block the blade root in the cavity , each downstream radial wall comprising a channel of ventilation of the cavity , comprising an inlet orifice which opens into the cavity and an outlet orifice which opens onto a downstream surface of the disc .
Method in the check weighing of a weighing system, which method comprising: lifting a load with a hoist equipped with a weighing system ; weighing the load using a real load of material as the load ; recording a value measured by the weighing system ; adjusting the weighing system as required, on the basis of the recorded values, characterized in that method comprising: weighing the real load of material during a normal working procedure with a weigh sensor , the weighing comprising: weighing the real load of material when the load is lifted and stopped, and weighing the same lifted real load of material when the same lifted real load of material is moved with the hoist , and determining a reference value from these two weighings of the same real load of material in several consecutive check weighings of different loads in order to check the weighing of the real load of material in motion with the check weighing of the same real load of material stopped, adjusting the weighing system as required, on the basis of the reference value and/or estimating the assumed precision achieved by the weighing system . lifting a load with a hoist equipped with a weighing system ; weighing the load using a real load of material as the load ; recording a value measured by the weighing system ; adjusting the weighing system as required, on the basis of the recorded values, characterized in that method comprising: weighing the real load of material during a normal working procedure with a weigh sensor , the weighing comprising: weighing the real load of material when the load is lifted and stopped, and weighing the same lifted real load of material when the same lifted real load of material is moved with the hoist , and determining a reference value from these two weighings of the same real load of material in several consecutive check weighings of different loads in order to check the weighing of the real load of material in motion with the check weighing of the same real load of material stopped, adjusting the weighing system as required, on the basis of the reference value and/or estimating the assumed precision achieved by the weighing system . weighing the real load of material during a normal working procedure with a weigh sensor , the weighing comprising: weighing the real load of material when the load is lifted and stopped, and weighing the same lifted real load of material when the same lifted real load of material is moved with the hoist , weighing the real load of material when the load is lifted and stopped, and weighing the same lifted real load of material when the same lifted real load of material is moved with the hoist , and determining a reference value from these two weighings of the same real load of material in several consecutive check weighings of different loads in order to check the weighing of the real load of material in motion with the check weighing of the same real load of material stopped, adjusting the weighing system as required, on the basis of the reference value and/or estimating the assumed precision achieved by the weighing system .
A heel-axis finishing system for forming a braided footwear upper comprising: an alignment mechanism configured to orient a medial side of a braided upper with a lateral side of the braided upper at a heel end of the braided upper; and a joining mechanism associated with the alignment mechanism, said joining mechanism configured to couple a first braided yarn of the medial side to a first braided yarn of the lateral side along a heel axis , wherein the alignment mechanism comprises a base and a pair of back plates , coupled to the base in spaced apart relation to define a slot and wherein the joining mechanism is a sonic welder. an alignment mechanism configured to orient a medial side of a braided upper with a lateral side of the braided upper at a heel end of the braided upper; and a joining mechanism associated with the alignment mechanism, said joining mechanism configured to couple a first braided yarn of the medial side to a first braided yarn of the lateral side along a heel axis , wherein the alignment mechanism comprises a base and a pair of back plates , coupled to the base in spaced apart relation to define a slot and wherein the joining mechanism is a sonic welder.
A wheelchair, comprising: a main frame having a rear end and a front end opposite to the rear end; two main wheels coaxially mounted to two sides of the main frame , respectively, wherein a first reference plane (S1) passes through a center of each of the two main wheels , and wherein the first reference plane (S1) is parallel to ground, and wherein a second reference plane (S2) passes through the centers of the two main wheels , the second reference plane (S2) being orthogonal to the first reference plane (S1); a caster ; and an assistive driving system including a slanted bar connecting the caster and the main frame , characterized in that the slanted bar of the assistive driving system has a force-exerting point (P) with respect to the main frame , wherein the force-exerting point (P) is located above the first reference plane (S1) defined by the two main wheels , and the force-exerting point (P) being located at a side of the second reference plane (S2) which is adjacent to the front end of the main frame , so that the force-exerting point (P) is configured to receive a force produced by the caster , when the caster is rotating, through the slanted bar to support the main frame , wherein the caster is located more adjacent to the rear end of the main frame than the force-exerting point (P). a main frame having a rear end and a front end opposite to the rear end; two main wheels coaxially mounted to two sides of the main frame , respectively, wherein a first reference plane (S1) passes through a center of each of the two main wheels , and wherein the first reference plane (S1) is parallel to ground, and wherein a second reference plane (S2) passes through the centers of the two main wheels , the second reference plane (S2) being orthogonal to the first reference plane (S1); a caster ; and an assistive driving system including a slanted bar connecting the caster and the main frame , characterized in that the slanted bar of the assistive driving system has a force-exerting point (P) with respect to the main frame , wherein the force-exerting point (P) is located above the first reference plane (S1) defined by the two main wheels , and the force-exerting point (P) being located at a side of the second reference plane (S2) which is adjacent to the front end of the main frame , so that the force-exerting point (P) is configured to receive a force produced by the caster , when the caster is rotating, through the slanted bar to support the main frame , wherein the caster is located more adjacent to the rear end of the main frame than the force-exerting point (P).
A sleeve leak detector having a water-sensitive swell body , which is embodied so as to expand upon absorbing a liquid or a suspension, a fiber optical waveguide can be bent as a result of this expansion, and a leak can be measured, in terms of where it is located, from a macroscopic loss of curvature of the fiber optical waveguide , wherein the sleeve leak detector has a liquid- or suspension-absorbent, air-permeable housing divided into at least two parts, having with a housing lower part and a housing upper part , in which housing the fiber optical waveguide is at least partially provided, characterized in that - a replaceable swell body slide is placed in the housing and has at least one overlay for the swell body , and upon an expansion of the swell body , the swell body slide is translationally displaceable from a first position into at least one second position, in which second position the swell body slide is oriented toward the fiber optical waveguide and in the process turns the fiber optical waveguide around; - that in the direction of displacement of the swell body slide , the at least one overlay for the swell body is provided laterally on the swell body slide ; and - that the swell body slide has a surface that is oriented toward the fiber optical waveguide, which surface, preferably after the absorption of liquid or suspension by the swell body , contacts the fiber optical waveguide directly, and the fiber optical waveguide can be bent as a function of the expansion of the swell body , and as a result of this bending, a macrocurvature loss can be generated, in particular at 1625 nm > 0.2 dB, which loss can be localized locally precisely by a remote fiber test system . - a replaceable swell body slide is placed in the housing and has at least one overlay for the swell body , and upon an expansion of the swell body , the swell body slide is translationally displaceable from a first position into at least one second position, in which second position the swell body slide is oriented toward the fiber optical waveguide and in the process turns the fiber optical waveguide around; - that in the direction of displacement of the swell body slide , the at least one overlay for the swell body is provided laterally on the swell body slide ; and - that the swell body slide has a surface that is oriented toward the fiber optical waveguide, which surface, preferably after the absorption of liquid or suspension by the swell body , contacts the fiber optical waveguide directly, and the fiber optical waveguide can be bent as a function of the expansion of the swell body , and as a result of this bending, a macrocurvature loss can be generated, in particular at 1625 nm > 0.2 dB, which loss can be localized locally precisely by a remote fiber test system .
A fermentation method of producing gellan gum comprising using an amount of 3%-50% of the total volume of fermentation broth of a gellan gum fermentation in a fermentor as a seed for a next batch gellan gum fermentation, wherein the fermentation broth comprises the gellan gum and strains that are capable of producing the gellan gum, and wherein the amount of fermentation broth is used as the seed without separation of the cells of the strains from the fermentation broth.
A display panel (DP) comprising: a first display substrate (BS1) comprising: a non-display area (NDA) in which a driving circuit and a light shielding layer (RBM) are disposed; and a display area (DA) in which a pixel electrode (PE) connected to the driving circuit is disposed; a second display substrate (BS2) facing the first display substrate; and a liquid crystal layer (LCL) disposed between the first display substrate and the second display substrate, wherein the driving circuit comprises: a first transistor (TR1); a second transistor (TR3); a first branch electrode (GE1S) connected to the first transistor and disposed on a first layer; a second branch electrode (CE1) connected to the second transistor and disposed on a second layer, the second branch electrode overlapping with the first branch electrode in a direction parallel to a surface of the first display substrate; and a connection electrode (CN1) connecting the first and second branch electrodes disposed on a layer different from the first layer and the second layer, wherein the light shielding layer overlaps with the first and second transistors and exposes the first and second branch electrodes. a first display substrate (BS1) comprising: a non-display area (NDA) in which a driving circuit and a light shielding layer (RBM) are disposed; and a display area (DA) in which a pixel electrode (PE) connected to the driving circuit is disposed; a second display substrate (BS2) facing the first display substrate; and a liquid crystal layer (LCL) disposed between the first display substrate and the second display substrate, wherein the driving circuit comprises: a first transistor (TR1); a second transistor (TR3); a first branch electrode (GE1S) connected to the first transistor and disposed on a first layer; a second branch electrode (CE1) connected to the second transistor and disposed on a second layer, the second branch electrode overlapping with the first branch electrode in a direction parallel to a surface of the first display substrate; and a connection electrode (CN1) connecting the first and second branch electrodes disposed on a layer different from the first layer and the second layer, wherein the light shielding layer overlaps with the first and second transistors and exposes the first and second branch electrodes.
An expandable mammary tissue implant comprising: a shell having an anterior face and a posterior face , the anterior face having an upper pole portion and a lower pole portion meeting at an apex, and an injection zone for receiving fluid therethrough to inflate the implant; and a vertical tether member positioned entirely within said shell and extending between a central region coupled to the anterior face of the shell at a location substantially adjacent to the injection zone and at least a first end coupled to the posterior face, characterised by the expandable mammary tissue implant further comprising: a reinforcing material coupled to the shell in a first reinforcement zone that forms at least a peripheral rim portion that extends from a periphery of said posterior face upwardly by a predetermined distance, and at least one insert member positioned entirely within and extending across an interior of said shell, and coupled to an interior of said shell around an entire perimeter of said insert member at a location substantially adjacent to an upper periphery of said first reinforcement zone, wherein the insert member has at least a first aperture therein, and wherein the vertical tether member extends through said first aperture. a shell having an anterior face and a posterior face , the anterior face having an upper pole portion and a lower pole portion meeting at an apex, and an injection zone for receiving fluid therethrough to inflate the implant; and a vertical tether member positioned entirely within said shell and extending between a central region coupled to the anterior face of the shell at a location substantially adjacent to the injection zone and at least a first end coupled to the posterior face, characterised by the expandable mammary tissue implant further comprising: a reinforcing material coupled to the shell in a first reinforcement zone that forms at least a peripheral rim portion that extends from a periphery of said posterior face upwardly by a predetermined distance, and at least one insert member positioned entirely within and extending across an interior of said shell, and coupled to an interior of said shell around an entire perimeter of said insert member at a location substantially adjacent to an upper periphery of said first reinforcement zone, wherein the insert member has at least a first aperture therein, and wherein the vertical tether member extends through said first aperture. a reinforcing material coupled to the shell in a first reinforcement zone that forms at least a peripheral rim portion that extends from a periphery of said posterior face upwardly by a predetermined distance, and at least one insert member positioned entirely within and extending across an interior of said shell, and coupled to an interior of said shell around an entire perimeter of said insert member at a location substantially adjacent to an upper periphery of said first reinforcement zone, wherein the insert member has at least a first aperture therein, and wherein the vertical tether member extends through said first aperture.
A contactor, comprising a housing and a contact support , the contact support is movably installed in an installation cavity of the housing , a body of the contact support is provided with a plurality of lower accommodating cavities for accommodating a moving contact, the plurality of lower accommodating cavities are arranged at intervals, a side wall of the body is provided with a plurality of limiting structures located between two adjacent lower accommodating cavities , and the plurality of limiting structures are matched with a plurality of insertion plates in the installation cavity ; the insertion plate comprises a connecting end portion and a bending root portion connected to each other, the bending root portion of the insertion plate is connected to a side wall of the installation cavity of the housing , each limiting structure of the contact support comprises a first limiting plate and a second limiting plate formed by side walls of two adjacent lower accommodating cavities extending respectively, the first limiting plate comprises a connecting root portion and a bending end portion connected to each other, the connecting root portion of the first limiting plate is connected to the body and is spaced with the second limiting plate to form an slot matched with the connecting end portion of the insertion plate , and the bending end portion of the first limiting plate is oppositely arranged with the bending root portion of the insertion plate .