mhurhangee/ep-ind-claims huggingface dataset:
A control apparatus for an AC rotary machine, the control apparatus comprising: - a control circuit which is adapted to generate a voltage instruction based on a current instruction and to generate a switching instruction based on the voltage instruction; - a power converter which is adapted to generate AC voltage having controlled amplitude and controlled angular frequency, based on the switching instruction; and - current detector which is adapted to detect AC phase current flowing in the AC rotary machine driven by the output of the power converter, wherein the control circuit is adapted to perform, for the AC rotary machine in free-run state, activation control of activating the power converter to activate the AC rotary machine based on the current instruction to prevent the AC rotary machine from causing torque, and has a start phase setting unit which is adapted to set a rotation phase at the start of the activation control, based on the rotation direction of the AC rotary machine at the start of the activation control and on the polarity of the current detected by the current detector at the start of the activation control. - a control circuit which is adapted to generate a voltage instruction based on a current instruction and to generate a switching instruction based on the voltage instruction; - a power converter which is adapted to generate AC voltage having controlled amplitude and controlled angular frequency, based on the switching instruction; and - current detector which is adapted to detect AC phase current flowing in the AC rotary machine driven by the output of the power converter,
Device for heating, ventilation and/or air conditioning of a motor vehicle, the interior of said vehicle comprising a front zone and a rear zone in the direction of travel of said vehicle, said device comprising a housing containing: - a duct for distributing an air flow to the footwell in the front zone of said vehicle, - a first air flow mixing chamber, - a second air flow mixing chamber, - a separating flap arranged movably so as to isolate or connect the first mixing chamber and the second mixing chamber, - the housing having • a first opening leading to the first mixing chamber, • a second opening leading to the second mixing chamber, the first and second openings being arranged on either side of the separating flap, and • an assembly cavity near said duct, - and characterized in that said device furthermore comprises: • a partition ( C; 320) able to close the first or the second opening according to the operating mode of said device, and • an additional module (200; 300) arranged in the assembly cavity of the housing, in aeraulic communication with said duct and with the first opening when the second opening is closed, or the second opening when the first opening is closed, so as to delimit selectively a circulation channel for the air flow between the first opening and said duct, or between the second opening and said duct. - a duct for distributing an air flow to the footwell in the front zone of said vehicle, - a first air flow mixing chamber, - a second air flow mixing chamber, - a separating flap arranged movably so as to isolate or connect the first mixing chamber and the second mixing chamber, - the housing having • a first opening leading to the first mixing chamber, • a second opening leading to the second mixing chamber, the first and second openings being arranged on either side of the separating flap, and • an assembly cavity near said duct, • a first opening leading to the first mixing chamber, • a second opening leading to the second mixing chamber, the first and second openings being arranged on either side of the separating flap, and • an assembly cavity near said duct, - and characterized in that said device furthermore comprises: • a partition ( C; 320) able to close the first or the second opening according to the operating mode of said device, and • an additional module (200; 300) arranged in the assembly cavity of the housing, in aeraulic communication with said duct and with • a partition ( C; 320) able to close the first or the second opening according to the operating mode of said device, and • an additional module (200; 300) arranged in the assembly cavity of the housing, in aeraulic communication with said duct and with
Method for manufacturing a shower tray of bathtub made of sanitary acrylic with a non-slip surface, whereby the non-slip surface is created by roughening, and wherein i. a flat blank of sanitary acrylic is provided, ii. the blank is formed into a tray or tub of a desired shape by heating and deep-drawing, wherein, in a further step after the forming of the cooled tub or tray, the roughening of the surface takes place by means of sanding, characterized in that - the material of the blank comprises a certain weight fraction of a fine-grained aggregate, and - the sanding is carried out by means of an orbital sander or a random orbital sander with a vertical displacement of between zwischen 1,5 and 4 mm, preferably between 2 and 3 mm, and using an abrasive with a grit size between 300 und 350 Mesh, preferably about 320 Mesh. i. a flat blank of sanitary acrylic is provided, ii. the blank is formed into a tray or tub of a desired shape by heating and deep-drawing, wherein, in a further step after the forming of the cooled tub or tray, the roughening of the surface takes place by means of sanding, characterized in that - the material of the blank comprises a certain weight fraction of a fine-grained aggregate, and - the sanding is carried out by means of an orbital sander or a random orbital sander with a vertical displacement of between zwischen 1,5 and 4 mm, preferably between 2 and 3 mm, and using an abrasive with a grit size between 300 und 350 Mesh, preferably about 320 Mesh. - the material of the blank comprises a certain weight fraction of a fine-grained aggregate, and - the sanding is carried out by means of an orbital sander or a random orbital sander with a vertical displacement of between zwischen 1,5 and 4 mm, preferably between 2 and 3 mm, and using an abrasive with a grit size between 300 und 350 Mesh, preferably about 320 Mesh.
A method for handover between access points in a wireless LAN environment, the method comprising: when a terminal equipment performs information transmission with a first access point AP on a first frequency band, determining, by the terminal equipment, whether the terminal equipment needs to establish a connection with a second AP, wherein an operating frequency band of the second AP is a second frequency band; when the terminal equipment determines that the terminal equipment needs to establish the connection with the second AP, determining, by the terminal equipment, whether the first AP and the second AP are corresponding to a same dual-band radio access device; when the terminal equipment determines that the first AP and the second AP are corresponding to the same dual-band radio access device, sending, by the terminal equipment, a connection request to the second AP when maintaining a protocol layer connection with the first AP, wherein the connection request is used to request to establish a connection with the second AP; and if the terminal equipment receives a success message that is fed back according to the connection request and that is sent by the second AP, establishing, by the terminal equipment, the connection with the second AP, wherein the protocol layer refers to TCP/IP, wherein the determining, by the terminal equipment, whether the first AP and the second AP are corresponding to a same dual-band radio access device comprises: determining, by the terminal equipment according to a relationship between a basic service set identifier BSSID of the first AP and a BSSID of the second AP, whether the first AP and the second AP are corresponding to the same dual-band radio access device; or determining, by the terminal equipment according to a relationship between a Media Access Control MAC address of a default gateway of the first AP and a MAC address of a default gateway of the second AP, whether the first AP and the second AP are corresponding to the same dual-band radio access device; wherein - the relationship between the basic service set identifier BSSID of the first AP and the BSSID of the second AP refers to a partial or complete matching of the BSSIDs and - the relationship between the Media Access Control MAC address of the default gateway of the first AP and the MAC address of the default gateway of the second AP refers to a partial or complete matching of the addresses. - the relationship between the basic service set identifier BSSID of the first AP and the BSSID of the second AP refers to a partial or complete matching of the BSSIDs and - the relationship between the Media Access Control MAC address of the default gateway of the first AP and the MAC address of the default gateway of the second AP refers to a partial or complete matching of the addresses.
A method of wireless communication, comprising: generating a reference sequence; assembling a payload including a format for a system information transmission request for a user equipment, UE, wherein the payload includes at least a resource allocation for the UE to transmit the system information transmission request; encoding the payload; and transmitting a synchronization signal using a single frequency network, SFN, across a zone, wherein the synchronization signal includes the reference sequence and the encoded payload, characterized in that the reference sequence is generated for timing acquisition to a timing of a zone node of said zone, wherein the zone includes one or more other zone nodes; and in that the synchronization signal is transmitted by at least the zone node. generating a reference sequence; assembling a payload including a format for a system information transmission request for a user equipment, UE, wherein the payload includes at least a resource allocation for the UE to transmit the system information transmission request; encoding the payload; and transmitting a synchronization signal using a single frequency network, SFN, across a zone, wherein the synchronization signal includes the reference sequence and the encoded payload, characterized in that the reference sequence is generated for timing acquisition to a timing of a zone node of said zone, wherein the zone includes one or more other zone nodes; and in that the synchronization signal is transmitted by at least the zone node.
A processor-implemented method of processing radar data for a vehicle, the method comprising: calculating phase information of a radar signal received by a radar sensor, wherein calculating the phase information comprises: sensing a series of chirp signals through a scan of the radar sensor for each target point; and calculating a phase change tendency corresponding to the sensed series of chirp signals; calculating noise representative information from the calculated phase information, wherein calculating the noise representative information comprises: estimating a linear model based on a linear regression analysis of the phase information; and estimating a goodness of fit of the phase information with respect to the linear model as the noise representative information; and determining driving-related information based on the noise representative information and radar data calculated from the radar signal, wherein the method further comprises calculating radar data from the radar signal by calculating a detection result that is based on a signal strength of the radar signal, and cooperatively using the noise representative information and the radar data to detect and track an object with a low signal strength. calculating phase information of a radar signal received by a radar sensor, wherein calculating the phase information comprises: sensing a series of chirp signals through a scan of the radar sensor for each target point; and calculating a phase change tendency corresponding to the sensed series of chirp signals; sensing a series of chirp signals through a scan of the radar sensor for each target point; and calculating a phase change tendency corresponding to the sensed series of chirp signals; calculating noise representative information from the calculated phase information, wherein calculating the noise representative information comprises: estimating a linear model based on a linear regression analysis of the phase information; and estimating a goodness of fit of the phase information with respect to the linear model as the noise representative information; and estimating a linear model based on a linear regression analysis of the phase information; and estimating a goodness of fit of the phase information with respect to the linear model as the noise representative information; and determining driving-related information based on the noise representative information and radar data calculated from the radar signal, wherein the method further comprises calculating radar data from the radar signal by calculating a detection result that is based on a signal strength of the radar signal, and cooperatively using the noise representative information and the radar data to detect and track an object with a low signal strength.
Rotationally symmetrical hollow body having a base body and a cavity extending along a longitudinal axis of the base body, said cavity being limited by an inner wall of the base body, wherein at least one filling body is inserted into the cavity, the longitudinal extension of said filling body being shorter than the length of the base body, and wherein the filling body is fixed in relation to the base body in a fixing position by at least one clamp acting between the filling body and the base body, and a functional region is formed in the base body by the filling body characterised in that the clamp between the filling body and the base body is formed only by at least one embossing point and the one embossing point or the multiple embossing points lying in one or more radial planes with respect to the longitudinal axis of the base body are introduced.
Apparatus for generating a relative movement between a tool and a workpiece, in particular in machine tools, manufacturing or handling systems, having a basic drive device which acts at least indirectly on the tool and/or the workpiece, and having at least one pulse transmission device for transmitting a mechanical pulse to the basic drive device, wherein the pulse transmission device has at least one movable mass, at least one drive device for the at least one movable mass and at least one stop element for the at least one movable mass, characterised in that the pulse transmission device has two stop elements arranged opposite one another for one of the movable masses. at least one pulse transmission device for transmitting a mechanical pulse to the basic drive device, wherein the pulse transmission device has at least one movable mass, at least one drive device for the at least one movable mass and at least one stop element for the at least one movable mass, characterised in that the pulse transmission device has two stop elements arranged opposite one another for one of the movable masses.
A method for transmitting information by a user equipment, UE, in a dual connectivity wireless network, the method comprising: identifying a secondary cell group, SCG, failure for a secondary node, SN obtaining SCG failure information including a master node, MN, report and a SN report, wherein the MN report includes a first measurement result comprising available results of measurements on SN radio access technology, RAT, specific frequencies configured by a MN configuration and a failure type for the SCG failure, and the SN report includes a second measurement result comprising available results of measurements on SN RAT specific frequencies configured by a SN configuration; transmitting, to the MN, the SCG failure information, wherein the MN is associated with a long-term evolution, LTE, RAT and the SN is associated with a new radio, NR, RAT. identifying a secondary cell group, SCG, failure for a secondary node, SN obtaining SCG failure information including a master node, MN, report and a SN report, wherein the MN report includes a first measurement result comprising available results of measurements on SN radio access technology, RAT, specific frequencies configured by a MN configuration and a failure type for the SCG failure, and the SN report includes a second measurement result comprising available results of measurements on SN RAT specific frequencies configured by a SN configuration; transmitting, to the MN, the SCG failure information, wherein the MN is associated with a long-term evolution, LTE, RAT and the SN is associated with a new radio, NR, RAT.
Axial magnetic bearing comprising a rotor stop disc which is mounted perpendicularly and integral with a rotating shaft and a stator assembly coaxial with a longitudinal axis of said rotating shaft and comprising at least one stator element (22A, 22B) of magnetic material having an inner face (22Aa, 22Ba) parallel to a side (20A, 20B) of said rotor stop disc and separated from it by an air gap, the at least one stator element comprising two annular coils (24A, 26A, 24B, 26B) coaxial with said longitudinal axis and housed in two annular notches (28A, 30A, 28B, 30B) formed continuously in the magnetic material of the at least one stator element and opening to said side of the rotor stop disc, said two annular notches being separated by an annular tooth (32A, 32B), the axial magnetic bearing being characterized in that said two annular coils of each stator element are rolled in series and are formed by a single continuous wire, a bridging recess being cut in said annular tooth for receiving a massive insert part that extends said annular tooth without locally modifying the air gap with said rotor stop disc.
A mocha pot, comprising: an upper pot body, wherein a storage cavity is arranged inside the upper pot body; a lower pot body, connected with a bottom portion of the upper pot body, wherein an electric heater is mounted inside the lower pot body, and the electric heater is provided with a heating cavity; and a box body mounted in the heating cavity, wherein the box body is provided with a holding plate, the box body is provided with a water inlet communicated with the heating cavity below the holding plate, the box body is provided with a water outlet communicated with the storage cavity above the holding plate, and the water outlet is provided with a filter screen, characterized in that: the lower pot body is also provided with a mounting bracket on which the electric heater is mounted and fixed; and in that the mounting bracket is provided with a limiting plate along a vertical direction, the limiting plate is recessed to form a limiting groove, and an outer wall of the electric heater is provided with a clamping block matched with the limiting groove. an upper pot body, wherein a storage cavity is arranged inside the upper pot body; a lower pot body, connected with a bottom portion of the upper pot body, wherein an electric heater is mounted inside the lower pot body, and the electric heater is provided with a heating cavity; and a box body mounted in the heating cavity, wherein the box body is provided with a holding plate, the box body is provided with a water inlet communicated with the heating cavity below the holding plate, the box body is provided with a water outlet communicated with the storage cavity above the holding plate, and the water outlet is provided with a filter screen, characterized in that: the lower pot body is also provided with a mounting bracket on which the electric heater is mounted and fixed; and in that the mounting bracket is provided with a limiting plate along a vertical direction, the limiting plate is recessed to form a limiting groove, and an outer wall of the electric heater is provided with a clamping block matched with the limiting groove. the lower pot body is also provided with a mounting bracket on which the electric heater is mounted and fixed; and in that the mounting bracket is provided with a limiting plate along a vertical direction, the limiting plate is recessed to form a limiting groove, and an outer wall of the electric heater is provided with a clamping block matched with the limiting groove.
A laser-engravable flexographic printing original plate obtained by irradiating a molded product made of a photosensitive resin composition with light so as to cross-link and cure the molded product, in which the photosensitive resin composition contains a water-dispersible latex, a photopolymerizable unsaturated compound, a photopolymerization initiator, and a silicone compound, in which the water-dispersible latex is one or more latex rubbers selected from the group consisting of polybutadiene rubber and poly(nitrile-butadiene) rubber, and in which the silicone compound is a silicone compound having an amino group in the molecule and has a refractive index of 1.44 to 1.60.
An image processing apparatus comprising: an image processing section configured to perform image processing based on image pickup data obtained from an image pickup device through use of an image pickup optical system including an image pickup lens and a lens substrate, the lens substrate being arranged between the image pickup lens and the image pickup device and comprising one or more microlenses, the one or more microlenses being arranged so as to correspond to a plurality of pixels in a partial region of the image pickup device and the lens substrate comprising a substrate portion without microlenses, the substrate portion being arranged so as to correspond to a plurality of pixels of the image pickup device outside the partial region, wherein the image processing section includes: a distance measurement section configured to measure a distance from an image pickup lens to a measurement object based on pixel data in the partial region of an image pickup device; and an interpolation section configured to interpolate pixel data for the partial region of the image pickup device. an image processing section configured to perform image processing based on image pickup data obtained from an image pickup device through use of an image pickup optical system including an image pickup lens and a lens substrate, the lens substrate being arranged between the image pickup lens and the image pickup device and comprising one or more microlenses, the one or more microlenses being arranged so as to correspond to a plurality of pixels in a partial region of the image pickup device and the lens substrate comprising a substrate portion without microlenses, the substrate portion being arranged so as to correspond to a plurality of pixels of the image pickup device outside the partial region, wherein the image processing section includes: a distance measurement section configured to measure a distance from an image pickup lens to a measurement object based on pixel data in the partial region of an image pickup device; and an interpolation section configured to interpolate pixel data for the partial region of the image pickup device. a distance measurement section configured to measure a distance from an image pickup lens to a measurement object based on pixel data in the partial region of an image pickup device; and an interpolation section configured to interpolate pixel data for the partial region of the image pickup device.
Device for cooking food comprising a containing body defining a cooking cavity to contain and cook said food and possibly a lid, at least said containing body being made of a material which comprises one or more compounds susceptible to microwaves, characterized in that said device comprises internally at least two autonomous screens configured to screen at least the most part of said cooking cavity from the microwaves, wherein said at least two screens are cooperating with the surface of said cooking cavity, said at least two screens having different screening power with respect to each other.