mhurhangee/patent-ind-claim-en huggingface dataset:
Dishwasher , in particular a household dishwasher, having a controller for executing a washing program for washing dirty items to be washed , having a receiving unit for receiving a sensor signal indicative of a dirt type (SA, SB, SC) adhering to the dirty items to be washed from a plurality of dirt types (SA, SB, SC), wherein each of the dirt types (SA, SB, SC) is determined by a dirt parameter matrix (MXA, MXB, MXC, SMX), in which each position (a_11 - a_nm) is assigned to a dirt parameter, wherein a determining unit is provided, said determining unit being configured to determine the dirt type (SA, SB, SC) adhering to the dirty items to be washed as a function of the received sensor signal, wherein the controller is configured to execute the washing program as a function of the determined dirt type (SA, SB, SC), wherein the sensor signal comprises image information of the dirty items to be washed , wherein the determining unit comprises an image processing unit which is configured to determine a value of at least one of the dirt parameters (a_11 - a_nm) contained in the dirt parameter matrix (MXA, MXB, MXC, SMX) as a function of the image information, wherein a database unit , a generating unit and a comparison unit are provided, wherein the database unit is configured to store a dirt parameter matrix (MXA, MXB, MXC) for each of the plurality of dirt types (SA, SB, SC), wherein one respective dirt parameter matrix (MXA, MXB, MXC) comprises a predetermined value or value range for each of the dirt parameters (a_11 - a_nm), wherein the generating unit is configured to generate a current dirt parameter matrix (MXi) as a function of the determined value of the at least one dirt parameter (a_11 - a_nm), wherein the comparison unit is configured to compare the generated current dirt parameter matrix (MXi) with at least one subset of the dirt parameter matrices (MXA, MXB, MXC) stored in the database unit and to output a comparison result, and wherein the determining unit is configured to determine the dirt type (SA, SB, SC) adhering to the dirty items to be washed as a function of the comparison result.
Method for forming an electrical contact , comprising: • grinding a silicon carbide surface using a grinding plate having an abrasive surface containing nickel or a nickel compound, in such a way that particles of the nickel or nickel compound from the grinding plate are embedded in the ground silicon carbide surface ; and • annealing the ground silicon carbide surface by means of a laser, in such a way that at least some of the embedded nickel particles form a nickel silicide with silicon from the silicon carbide . • grinding a silicon carbide surface using a grinding plate having an abrasive surface containing nickel or a nickel compound, in such a way that particles of the nickel or nickel compound from the grinding plate are embedded in the ground silicon carbide surface ; and • annealing the ground silicon carbide surface by means of a laser, in such a way that at least some of the embedded nickel particles form a nickel silicide with silicon from the silicon carbide .
A coating film , coated on a substrate surface, wherein the coating film has a hard carbon that presents relatively black and white when observed in a cross-sectional bright-field TEM image, a mesh-shaped hard carbon layer is that white-colored hard carbon in a mesh shape extending in the thickness direction and black-colored hard carbon dispersed into the cavities in the mesh, and the ID/IG ratio is 1-6 when the mesh-shaped hard carbon layer is measured using Raman spectroscopy, said ratio being the ratio of the Raman spectrum D band peak area intensity and G band peak area intensity, wherein the white-colored hard carbon in a mesh shape extending in the thickness direction displays an amorphous scattering pattern in electron beam diffraction, the mesh-shaped hard carbon layer further has a lower non-mesh-shaped hard carbon layer , the lower hard carbon layer displays a color darker than the white-colored hard carbon in a mesh shape extending in the thickness direction in the bright-field TEM image, the mesh-shaped hard carbon layer grows to be fan-shaped from the lower hard carbon (lb), and the fan-shaped growing starts with the white-colored hard carbon. the coating film has a hard carbon that presents relatively black and white when observed in a cross-sectional bright-field TEM image, a mesh-shaped hard carbon layer is that white-colored hard carbon in a mesh shape extending in the thickness direction and black-colored hard carbon dispersed into the cavities in the mesh, and the ID/IG ratio is 1-6 when the mesh-shaped hard carbon layer is measured using Raman spectroscopy, said ratio being the ratio of the Raman spectrum D band peak area intensity and G band peak area intensity, wherein the white-colored hard carbon in a mesh shape extending in the thickness direction displays an amorphous scattering pattern in electron beam diffraction, the mesh-shaped hard carbon layer further has a lower non-mesh-shaped hard carbon layer , the lower hard carbon layer displays a color darker than the white-colored hard carbon in a mesh shape extending in the thickness direction in the bright-field TEM image, the mesh-shaped hard carbon layer grows to be fan-shaped from the lower hard carbon (lb), and the fan-shaped growing starts with the white-colored hard carbon.
Support bracket for equipment, in particular air conditioning units, comprising a first and a second bracket portion arranged respectively for anchoring the bracket to a wall and for supporting and fixing the equipment to the bracket, said first and second portion being coupled together in an articulated manner about an axis of articulation and also arranged so as to have an L-shaped configuration suitable for supporting the equipment, wherein between said first and second bracket portion articulation means are provided, by means of which said bracket portions can be displaced between a first non-operating condition in which they are folded one on top of the other with reduced overall transverse dimensions and a second operating condition in which the bracket portions extend substantially perpendicularly to one another, wherein said first and second bracket portions are arranged in a pre-mounted configuration by means of an articulation pin provided between respective ends of said bracket portions so that said operating condition of the support bracket is achieved solely by extending one of the bracket portions perpendicularly to the other about the axis of articulation, wherein the first and second bracket portions as well as the articulation pin are made entirely of thermoplastics material, and characterized in that said articulation means comprise a first articulation element on one of said bracket portions , said first articulation element is fork-shaped and has opposite attachments each bearing a respective cut-out , said cut-outs being coaxial so that the articulation pin can be engaged, and a second articulation element is provided on the other bracket portion, said articulation element is adapted for being interposed between said attachments and bears a through-hole adapted for rotatably engaging with said pin , so as to produce the articulation movement between the first and second bracket portion about the axis of articulation, each of said cut-outs comprising a first and a second cut-out segment extending reciprocally and at an angle to one another, within which said pin is slidably and rotatably guided so as to allow relative movement in rotation/translation between said bracket portions .
A method for random access, comprising: acquiring (S301), by a terminal device, an association between a preamble resource for transmitting a preamble to a network device, and a physical uplink shared channel, PUSCH, resource; and determining (S302), by the terminal device according to the association, a preamble resource and a PUSCH resource used for the terminal device to perform random access; characterized in that the association between the preamble resource and the PUSCH resource comprises one of the following: a preamble resource corresponds to a plurality of PUSCH resources; a plurality of preamble resources correspond to a PUSCH resource; or a plurality of preamble resources correspond to a plurality of PUSCH resources. acquiring (S301), by a terminal device, an association between a preamble resource for transmitting a preamble to a network device, and a physical uplink shared channel, PUSCH, resource; and determining (S302), by the terminal device according to the association, a preamble resource and a PUSCH resource used for the terminal device to perform random access; characterized in that the association between the preamble resource and the PUSCH resource comprises one of the following: a preamble resource corresponds to a plurality of PUSCH resources; a plurality of preamble resources correspond to a PUSCH resource; or a plurality of preamble resources correspond to a plurality of PUSCH resources. a preamble resource corresponds to a plurality of PUSCH resources; a plurality of preamble resources correspond to a PUSCH resource; or a plurality of preamble resources correspond to a plurality of PUSCH resources.
A method of communication for an apparatus, comprising: obtaining first power control information for a first wireless communication link, wherein the first wireless communication link is a first beamformed link; obtaining second power control information for a second wireless communication link, wherein the second wireless communication link is a second beamformed link; characterized in that generating a power control signal for the first wireless communication link and the second wireless communication link based on the first power control information and the second power control information, wherein, the first and second wireless communication links are independent communication links. obtaining first power control information for a first wireless communication link, wherein the first wireless communication link is a first beamformed link; obtaining second power control information for a second wireless communication link, wherein the second wireless communication link is a second beamformed link; characterized in that generating a power control signal for the first wireless communication link and the second wireless communication link based on the first power control information and the second power control information, wherein, the first and second wireless communication links are independent communication links.
A method for creating a bi-directional segment routing, SR, tunnel, the method comprising: carrying out capability negotiation for whether to support creation of a bi-directional SR tunnel by messaging during a process in which a first network element establishes a session with a second network element ; and in response to that the creation of the SR tunnel is supported, sending, by the first network element, an SR tunnel create message carrying a bi-directional flag bit to the second network element to enable the second network element to determine, in accordance with the bi-directional flag bit, whether a bi-directional tunnel or a unidirectional tunnel is to be created , wherein in response to the bi-directional tunnel is to be created, the SR tunnel create message further carries Stateful Request Parameters, SRPs, and Explicit Route Object, ERO, the SRPs comprise the bi-directional flag, and are used to describe basic information of the SR tunnel create message, ERO carries detailed path parameters of the bi-directional tunnel, and comprises a plurality of SR-ERO sub-objects and two SR-Path-ERO sub-objects, the SR-ERO sub-objects respectively represent security identifiers, SIDs, of nodes through which the bi-direction tunnel passes, the SR-Path-ERO sub-objects respectively represent two directions of the bi-direction tunnel and path SIDs corresponding to the two directions, and wherein information of the ERO is delivered to a head node and a tail node among the nodes. carrying out capability negotiation for whether to support creation of a bi-directional SR tunnel by messaging during a process in which a first network element establishes a session with a second network element ; and in response to that the creation of the SR tunnel is supported, sending, by the first network element, an SR tunnel create message carrying a bi-directional flag bit to the second network element to enable the second network element to determine, in accordance with the bi-directional flag bit, whether a bi-directional tunnel or a unidirectional tunnel is to be created , wherein in response to the bi-directional tunnel is to be created, the SR tunnel create message further carries Stateful Request Parameters, SRPs, and Explicit Route Object, ERO, the SRPs comprise the bi-directional flag, and are used to describe basic information of the SR tunnel create message, ERO carries detailed path parameters of the bi-directional tunnel, and comprises a plurality of SR-ERO sub-objects and two SR-Path-ERO sub-objects, the SR-ERO sub-objects respectively represent security identifiers, SIDs, of nodes through which the bi-direction tunnel passes, the SR-Path-ERO sub-objects respectively represent two directions of the bi-direction tunnel and path SIDs corresponding to the two directions, and wherein information of the ERO is delivered to a head node and a tail node among the nodes.
An apparatus for detecting an object, comprising: means for sensing an object, wherein the means for sensing an object is a sense coil and; means for determining an amount of change in a reactance of the means for sensing the object from a previous reactance value for the means for sensing the object, means for determining an amount of change in a resistance of the means for sensing the object from a previous resistance value for the means for sensing the object, and means for determining a presence and a type of the object based on a relationship between the amount of change in the reactance of the means for sensing the object and the amount of change in the resistance of the means for sensing the object, and characterised by : means for performing an inverse tangent operation on a quotient of the amount of change in the reactance of the means for sensing the object divided by the amount of change in the resistance of the means for sensing the object, and means for determining the type of the object based on a result of the inverse tangent operation coinciding with a predetermined range of values corresponding to the type of the object. means for sensing an object, wherein the means for sensing an object is a sense coil and; means for determining an amount of change in a reactance of the means for sensing the object from a previous reactance value for the means for sensing the object, means for determining an amount of change in a resistance of the means for sensing the object from a previous resistance value for the means for sensing the object, and means for determining a presence and a type of the object based on a relationship between the amount of change in the reactance of the means for sensing the object and the amount of change in the resistance of the means for sensing the object, and characterised by : means for performing an inverse tangent operation on a quotient of the amount of change in the reactance of the means for sensing the object divided by the amount of change in the resistance of the means for sensing the object, and means for determining the type of the object based on a result of the inverse tangent operation coinciding with a predetermined range of values corresponding to the type of the object. means for performing an inverse tangent operation on a quotient of the amount of change in the reactance of the means for sensing the object divided by the amount of change in the resistance of the means for sensing the object, and means for determining the type of the object based on a result of the inverse tangent operation coinciding with a predetermined range of values corresponding to the type of the object.
A cartridge of an electronic vaping device comprising: a reservoir configured to store a pre-vapor formulation; and a heating element configured to heat the pre-vapor formulation, the heating element including, a metal tube having a first end and a second end , the metal tube defining an opening therethrough, the metal tube including, a sidewall defining at least one spiral channel extending substantially continuously along a portion of the metal tube. a reservoir configured to store a pre-vapor formulation; and a heating element configured to heat the pre-vapor formulation, the heating element including, a metal tube having a first end and a second end , the metal tube defining an opening therethrough, the metal tube including, a sidewall defining at least one spiral channel extending substantially continuously along a portion of the metal tube.
Assembly method of a closed membrane loudspeaker comprising the following steps: - pre-assembly of a mobile unit (A) provided with a voice coil comprising a cylindrical support whereon at least one winding is wound , - pre-assembly of a fixed unit (B) comprising a basket and a magnetic unit provided with a lower polar plate with a core , a magnet disposed around the core and an upper polar plate disposed on the magnet and around the core in such manner to generate an air gap (T), - use of a centering device with cylindrical shape, which is inserted into the cylindrical support of the voice coil and fitted onto the core of the lower polar plate, in such a way to center the voice coil in the air gap, - gluing the mobile unit (A) to the basket of the fixed unit (B), - extracting the centering device from the voice coil, and - gluing an edge of a closed membrane to the basket and gluing a central portion of the closed membrane to the cylindrical support of the voice coil, wherein said pre-assembly step of the mobile unit (A) comprises the fixing of a first centering device and of a second centering device to the cylindrical support of the mobile coil; and said step of gluing the mobile unit (A) to the basket of the fixed unit (B) comprises the gluing of the first centering device and of the second centering device to the basket, in such manner that the two centering devices are disposed along parallel planes to guarantee a centering of the voice coil in the air gap (T). - pre-assembly of a mobile unit (A) provided with a voice coil comprising a cylindrical support whereon at least one winding is wound , - pre-assembly of a fixed unit (B) comprising a basket and a magnetic unit provided with a lower polar plate with a core , a magnet disposed around the core and an upper polar plate disposed on the magnet and around the core in such manner to generate an air gap (T), - use of a centering device with cylindrical shape, which is inserted into the cylindrical support of the voice coil and fitted onto the core of the lower polar plate, in such a way to center the voice coil in the air gap, - gluing the mobile unit (A) to the basket of the fixed unit (B), - extracting the centering device from the voice coil, and - gluing an edge of a closed membrane to the basket and gluing a central portion of the closed membrane to the cylindrical support of the voice coil, wherein said pre-assembly step of the mobile unit (A) comprises the fixing of a first centering device and of a second centering device to the cylindrical support of the mobile coil; and said step of gluing the mobile unit (A) to the basket of the fixed unit (B) comprises the gluing of the first centering device and of the second centering device to the basket, in such manner that the two centering devices are disposed along parallel planes to guarantee a centering of the voice coil in the air gap (T).
A clustered substrate processing system comprising at least one lithography element , each lithography element arranged for independent exposure of substrates according to pattern data, and each lithography element comprising: a plurality of lithography subsystems ; a control network arranged for communication of control information between the lithography subsystems and at least one element control unit , the element control unit arranged to transmit commands to the lithography subsystems and the lithography subsystems arranged to transmit responses to the element control unit; and a data network arranged for communication of data logging information from the lithography subsystems to at least one data network hub , the lithography subsystems arranged to transmit data logging information to the data network hub and the data hub arranged for receiving and storing the data logging information, chararacterised in that the clustered substrate processing system further comprises a cluster front-end for interface to an operator console or host system , the cluster front-end arranged for transmitting control information to the at least one element control unit to control operation of the lithography subsystems for exposure of one or more substrates, and the cluster front-end is arranged for receiving at least a portion of the data logging information received by the data network hub. a plurality of lithography subsystems ; a control network arranged for communication of control information between the lithography subsystems and at least one element control unit , the element control unit arranged to transmit commands to the lithography subsystems and the lithography subsystems arranged to transmit responses to the element control unit; and a data network arranged for communication of data logging information from the lithography subsystems to at least one data network hub , the lithography subsystems arranged to transmit data logging information to the data network hub and the data hub arranged for receiving and storing the data logging information, chararacterised in that the clustered substrate processing system further comprises a cluster front-end for interface to an operator console or host system , the cluster front-end arranged for transmitting control information to the at least one element control unit to control operation of the lithography subsystems for exposure of one or more substrates, and the cluster front-end is arranged for receiving at least a portion of the data logging information received by the data network hub.