mhurhangee/patent-ind-claim-en huggingface dataset:
A device for locally manipulating a spatial phase distribution of a charged particle wave propagating along a beam axis (Z), the device comprising: - a support element having a target region for receiving the charged particle wave propagating along the beam axis (Z), - a plurality of phase adjusting elements , supported by the support element and located in the target region, for locally adjusting the phase of the charged particle wave when said charged particle wave is impinging on the phase adjusting element, and - a plurality of control lines connected to the plurality of phase adjusting elements for individually controlling each phase adjusting element, and a controller connected to the plurality of control lines, adapted for providing a voltage sufficient for the device to function as an aberration corrector and/or phase plate. - a support element having a target region for receiving the charged particle wave propagating along the beam axis (Z), - a plurality of phase adjusting elements , supported by the support element and located in the target region, for locally adjusting the phase of the charged particle wave when said charged particle wave is impinging on the phase adjusting element, and - a plurality of control lines connected to the plurality of phase adjusting elements for individually controlling each phase adjusting element, and a controller connected to the plurality of control lines, adapted for providing a voltage sufficient for the device to function as an aberration corrector and/or phase plate.
A permanent magnet of the composition formula R p Fe q M r Cu t Co 100- p - q - r - t wherein R is at least one element selected from rare-earth elements, M is at least one of Zr, Ti and Hf, p is a number satisfying 10.8 ≤ p ≤ 12.5 atom%, q is a number satisfying 28 ≤ q ≤ 40 atom%, r is a number satisfying 0.88 ≤ r ≤ 4.5 atom%, and t is a number satisfying 3.5 ≤ t ≤ 13.5 atom%, the magnet comprising a sintered body including a plurality of crystal grains each having a Th 2 Zn 17 crystal phase, and a plurality of grain boundaries between the crystal grains, characterised in that , when an oxide phase of R is defined by a continuous region disposed in the sintered body and containing R and oxygen having a concentration of ≥ 85 atom%, the ratio of the number of oxide phases precipitates in the grain boundaries to the number of crystal grains is ≤ 1.1, in a region of a cross-section of the magnet analysed by SEM of not smaller than 200 μm × 400 μm and not larger than 300 μm × 500 μm. R is at least one element selected from rare-earth elements, M is at least one of Zr, Ti and Hf, p is a number satisfying 10.8 ≤ p ≤ 12.5 atom%, q is a number satisfying 28 ≤ q ≤ 40 atom%, r is a number satisfying 0.88 ≤ r ≤ 4.5 atom%, and t is a number satisfying 3.5 ≤ t ≤ 13.5 atom%, the magnet comprising a sintered body including a plurality of crystal grains each having a Th 2 Zn 17 crystal phase, and a plurality of grain boundaries between the crystal grains, characterised in that , when an oxide phase of R is defined by a continuous region disposed in the sintered body and containing R and oxygen having a concentration of ≥ 85 atom%, the ratio of the number of oxide phases precipitates in the grain boundaries to the number of crystal grains is ≤ 1.1, in a region of a cross-section of the magnet analysed by SEM of not smaller than 200 μm × 400 μm and not larger than 300 μm × 500 μm.
Welding device for carrying out a welding process with an electrode (E) on a workpiece (W), wherein a welding current source is provided in the welding device , and has a first connection socket (AB1) for electrically connecting a welding torch by a welding lead (9,) and a second connection socket (AB2) for electrically connecting a workpiece (W) by a ground cable (M), wherein a first voltage-measuring device for detecting a first electrical welding voltage signal (U1) between the connection sockets (AB1, AB2) is provided in the welding device , characterized in that a voltage measuring socket (MB1, MB2) for connecting a measuring line (ML1, ML2) or two voltage measuring sockets (MB1, MB2) for connecting one measuring line (ML1, ML2) each are provided in the welding device , wherein a second voltage-measuring device for detecting a second electrical welding voltage signal (U2) between the one voltage measuring socket (MB1, MB2) and one of the connection sockets (AB1, AB2) or between the two voltage measuring sockets (MB1, MB2) is provided in the welding device , wherein a control unit is provided in the welding device , which is designed to use at least one of the welding voltage signals (U1, U2) to determine control parameters for controlling or regulating the welding process, and to control the welding current source with the determined control parameters, wherein the control unit is designed to ignore the first welding voltage signal (U1) of the first voltage-measuring device , and to use the second welding voltage signal (U2) of the second voltage-measuring device to determine the control parameters in a normal operating mode, in that the control unit is further designed to detect an error state in the second welding voltage signal (U2) on the basis of the second welding voltage signal (U2), and to switch to an emergency operating mode without interrupting the welding process upon detecting the error state, and in that the control unit is designed to ignore the second welding voltage signal (U2) of the second voltage-measuring device in an emergency operating mode, and to use the first welding voltage signal (U1) of the first voltage-measuring device to determine the control parameters.
A modular battery system for a material handling vehicle, the modular battery system comprising: a counterweight assembly; a battery assembly enclosing a power source and including a battery base; and a pair of channels removably coupled to the battery base, and each including at least one spacer attached to a laterally-outer surface thereof, wherein the battery assembly is configured to be slidably installed onto the counterweight assembly, and wherein each of the at least one spacers is configured to add additional counterweight to the battery assembly. a counterweight assembly; a battery assembly enclosing a power source and including a battery base; and a pair of channels removably coupled to the battery base, and each including at least one spacer attached to a laterally-outer surface thereof, wherein the battery assembly is configured to be slidably installed onto the counterweight assembly, and wherein each of the at least one spacers is configured to add additional counterweight to the battery assembly.
A display apparatus for displaying a control mode of a cutting tool attached to a root canal treatment device , comprising: a display unit configured to display a figure indicating an execution control mode executed among a plurality of control modes; and a control unit configured to control the display unit to display the figure, wherein a plurality of elements for displaying the figure include a shaft portion extending in an arc shape or a band portion extending in a fan shape and a first head portion and a second head portion that are disposed at a first end and a second end of the shaft portion or the band portion to indicate a first direction and a second direction as rotation directions of the cutting tool , respectively, and the control unit is configured to control the display unit according to the execution control mode in the root canal treatment device so that, among the plurality of elements, an entirety or a part of the shaft portion or the band portion and the first head portion and/or the second head portion are displayed on the display unit , characterized in that the control unit is configured to cause the display unit to display at least a part of the shaft portion or the band portion and both the first head portion and the second head portion in the case that the root canal treatment device executes a predetermined execution control mode that is part of the plurality of control modes. a display unit configured to display a figure indicating an execution control mode executed among a plurality of control modes; and a control unit configured to control the display unit to display the figure, wherein a plurality of elements for displaying the figure include a shaft portion extending in an arc shape or a band portion extending in a fan shape and a first head portion and a second head portion that are disposed at a first end and a second end of the shaft portion or the band portion to indicate a first direction and a second direction as rotation directions of the cutting tool , respectively, and the control unit is configured to control the display unit according to the execution control mode in the root canal treatment device so that, among the plurality of elements, an entirety or a part of the shaft portion or the band portion and the first head portion and/or the second head portion are displayed on the display unit , characterized in that the control unit is configured to cause the display unit to display at least a part of the shaft portion or the band portion and both the first head portion and the second head portion in the case that the root canal treatment device executes a predetermined execution control mode that is part of the plurality of control modes.
Method of forming a glass article, comprising: providing a first glass sheet ; heating the first glass sheet to a temperature suitable for shaping; depositing the first glass sheet on a first bending tool , an edge portion of the first glass sheet being disposed over a shaping surface of the first bending tool ; and shaping the first glass sheet on the first bending tool ; characterised in that during shaping a compression area and a tension area are formed in the first glass sheet , the compression area being formed in the edge portion of the first glass sheet by cooling the edge portion of the first glass sheet via contact between the edge portion of the first glass sheet and the first bending tool during shaping, and wherein the compression area comprises a first portion and a second portion , the first portion having a width (W 1 ) which is greater than a width (W 2 ) of the second portion . providing a first glass sheet ; heating the first glass sheet to a temperature suitable for shaping; depositing the first glass sheet on a first bending tool , an edge portion of the first glass sheet being disposed over a shaping surface of the first bending tool ; and shaping the first glass sheet on the first bending tool ; characterised in that during shaping a compression area and a tension area are formed in the first glass sheet , the compression area being formed in the edge portion of the first glass sheet by cooling the edge portion of the first glass sheet via contact between the edge portion of the first glass sheet and the first bending tool during shaping, and wherein the compression area comprises a first portion and a second portion , the first portion having a width (W 1 ) which is greater than a width (W 2 ) of the second portion .
Process of preparing a ground mineral material, comprising the steps of: a) providing at least one mineral material, optionally in the form of an aqueous suspension, b) grinding the mineral material, c) optionally screening and / or upconcentrating the ground mineral material obtained following step (b), d) optionally drying the ground mineral material obtained following step (b) or (c) characterised in that said grinding during step (b) is performed in the presence of ceria-containing zirconium oxide grinding beads having: - a ceria content of between 15 and 18 % by weight relative to the total weight of said bead, and most preferably of approximately 16 % by weight relative to the total weight of said bead; and - an average grain size after sintering of the grains forming said bead with a median diameter of less than 1 μm, preferably of less than 0.5 μm, and most preferably of less than 0.3 μm: - and in that step b) occurs at a pH of above 7; characterised in that the beads have an original diameter of between 0.2 and 1.5 mm, and preferably of between 0.4 and 1.0 mm. a) providing at least one mineral material, optionally in the form of an aqueous suspension, b) grinding the mineral material, c) optionally screening and / or upconcentrating the ground mineral material obtained following step (b), d) optionally drying the ground mineral material obtained following step (b) or (c) - a ceria content of between 15 and 18 % by weight relative to the total weight of said bead, and most preferably of approximately 16 % by weight relative to the total weight of said bead; and - an average grain size after sintering of the grains forming said bead with a median diameter of less than 1 μm, preferably of less than 0.5 μm, and most preferably of less than 0.3 μm: - and in that step b) occurs at a pH of above 7;
A method of bootstrapping a non-native module in a device , the method comprising: providing the device with a native module and a non-native module ; from the native module , contacting a bootstrap server associated with bootstrapping the native module ; bootstrapping, via the bootstrap server , the native module using a pre-shared key (PSK) present in the native module ; registering the native module to an operational server ; establishing communication between the native module and the non-native module ; providing a credential from the native module to the non-native module ; from the non-native module , sending a message using the credential of the native module and including a non-native module identifier, to register the non-native module with the operational server ; and placing the non-native module in service as a common endpoint of the native module . providing the device with a native module and a non-native module ; from the native module , contacting a bootstrap server associated with bootstrapping the native module ; bootstrapping, via the bootstrap server , the native module using a pre-shared key (PSK) present in the native module ; registering the native module to an operational server ; establishing communication between the native module and the non-native module ; providing a credential from the native module to the non-native module ; from the non-native module , sending a message using the credential of the native module and including a non-native module identifier, to register the non-native module with the operational server ; and placing the non-native module in service as a common endpoint of the native module .
A toothed belt comprising: a belt main body having a tooth portion and a groove portion alternately disposed at a fixed pitch in a longitudinal direction, and an outer portion disposed on an outer surface thereof; and a cord buried on a predetermined pitch line on the outer portion , wherein the belt main body comprises: a support layer , disposed under the cord and containing a thermoplastic polyurethane material; and a cured polyurethane elastomer in addition to the support layer , and wherein the support layer is formed of a mixture of the thermoplastic polyurethane material and the polyurethane elastomer, which are integrally cured, characterized in that the thermoplastic polyurethane material of the support layer melts at a temperature at which the polyurethane elastomer cures. a belt main body having a tooth portion and a groove portion alternately disposed at a fixed pitch in a longitudinal direction, and an outer portion disposed on an outer surface thereof; and a cord buried on a predetermined pitch line on the outer portion , wherein the belt main body comprises: a support layer , disposed under the cord and containing a thermoplastic polyurethane material; and a cured polyurethane elastomer in addition to the support layer , and wherein the support layer is formed of a mixture of the thermoplastic polyurethane material and the polyurethane elastomer, which are integrally cured, characterized in that the thermoplastic polyurethane material of the support layer melts at a temperature at which the polyurethane elastomer cures.
A management device comprising: a voltage measurement circuit that measures a voltage of each of a plurality of cells connected in series; a plurality of voltage measurement lines that connect between nodes of the plurality of cells and voltage measurement terminals of the voltage measurement circuit; a lower reference potential line that connects between a lower node of a lowermost cell of the plurality of cells and a lower reference terminal of the voltage measurement circuit; a voltage dividing resistor that is connected between a predetermined fixed potential and a lowermost voltage measurement line among the plurality of voltage measurement lines; and a controlling circuit that monitors a voltage between a voltage dividing point potential of the voltage dividing resistor and a lower reference potential of the voltage measurement circuit and diagnoses presence or absence of disconnection of the lowermost voltage measurement line or the lower reference potential line. a voltage measurement circuit that measures a voltage of each of a plurality of cells connected in series; a plurality of voltage measurement lines that connect between nodes of the plurality of cells and voltage measurement terminals of the voltage measurement circuit; a lower reference potential line that connects between a lower node of a lowermost cell of the plurality of cells and a lower reference terminal of the voltage measurement circuit; a voltage dividing resistor that is connected between a predetermined fixed potential and a lowermost voltage measurement line among the plurality of voltage measurement lines; and a controlling circuit that monitors a voltage between a voltage dividing point potential of the voltage dividing resistor and a lower reference potential of the voltage measurement circuit and diagnoses presence or absence of disconnection of the lowermost voltage measurement line or the lower reference potential line.
A device for extracting useful data from Ethernet telegrams transmitted by a field device (FG1, FG5), comprising: - an input interface and an output interface for connection to an Ethernet data line , the input interface being designed to receive Ethernet telegrams transmitted via the Ethernet data line ; - an electronic unit configured to evaluate the received Ethernet telegrams and to extract a value of at least one process variable from the payload portions of the received Ethernet telegrams ; - a memory unit , the memory unit comprising a database with device description data of a multiplicity of field device types, the device description data comprising information for interpreting the user data portions of the field devices (FG1, FG5), in particular the data type and/or the user data length, wherein the electronic unit is configured to determine the structure of the process variables to be determined on the basis of similarities of the user data portion of the Ethernet telegrams with information stored in the database for interpreting the user data portions ; and - an output unit for outputting the determined process variables. - an input interface and an output interface for connection to an Ethernet data line , the input interface being designed to receive Ethernet telegrams transmitted via the Ethernet data line ; - an electronic unit configured to evaluate the received Ethernet telegrams and to extract a value of at least one process variable from the payload portions of the received Ethernet telegrams ; - a memory unit , the memory unit comprising a database with device description data of a multiplicity of field device types, the device description data comprising information for interpreting the user data portions of the field devices (FG1, FG5), in particular the data type and/or the user data length, wherein the electronic unit is configured to determine the structure of the process variables to be determined on the basis of similarities of the user data portion of the Ethernet telegrams with information stored in the database for interpreting the user data portions ; and - an output unit for outputting the determined process variables.
A motorcycle tire for traveling on rough terrain, the tire comprising: a tread portion being provided with a plurality of blocks protruding radially outwardly from a groove bottom surface and arranged in a circumferential direction of the tire with a space (L1) therebetween; a plurality of recess portions being provided on the groove bottom surface between a pair of circumferentially adjacent blocks , the recess portions arranged in an axial direction of the tire with a space therebetween, characterized in that a spew sucked up a vent hole in a mold during vulcanization molding or its excision mark being provided between each recess portion and the block adjacent to the recess portion in the circumferential direction of the tire . a tread portion being provided with a plurality of blocks protruding radially outwardly from a groove bottom surface and arranged in a circumferential direction of the tire with a space (L1) therebetween; a plurality of recess portions being provided on the groove bottom surface between a pair of circumferentially adjacent blocks , the recess portions arranged in an axial direction of the tire with a space therebetween, characterized in that a spew sucked up a vent hole in a mold during vulcanization molding or its excision mark being provided between each recess portion and the block adjacent to the recess portion in the circumferential direction of the tire .
A random access processing method in a random access procedure, performed by a terminal side device, comprising: receiving from a network side device, configuration information indicating a random access resource and a time offset between the random access resource and a resource of uplink data; determining the resource of the uplink data based on the random access resource and the time offset; and sending to the network side device, a random access preamble on the random access resource, and sending the uplink data on the resource of the uplink data; and receiving from the network side device, a random access response comprising feedback information for the uplink data; characterized in that , wherein the random access response is a downlink media access control, MAC, protocol data unit, PDU, the downlink MAC PDU comprises a MAC subheader and the MAC subheader comprises an indication field; if a bit state of the indication field indicates an extension field exists, the extension field indicates a MAC sub-PDU in which the feedback information is located. receiving from a network side device, configuration information indicating a random access resource and a time offset between the random access resource and a resource of uplink data; determining the resource of the uplink data based on the random access resource and the time offset; and sending to the network side device, a random access preamble on the random access resource, and sending the uplink data on the resource of the uplink data; and receiving from the network side device, a random access response comprising feedback information for the uplink data; characterized in that , wherein the random access response is a downlink media access control, MAC, protocol data unit, PDU, the downlink MAC PDU comprises a MAC subheader and the MAC subheader comprises an indication field; if a bit state of the indication field indicates an extension field exists, the extension field indicates a MAC sub-PDU in which the feedback information is located.