mhurhangee/ep-ind-claims huggingface dataset:
A wireless terminal comprising: a first communication unit configured to receive a plurality of radio signals from a plurality of radio devices including a radio device installed in a carriage of a vehicle on which the wireless terminal is aboard; characterized by a control unit configured to calculate reception time period and signal strength of the plurality of radio signals received by the first communication unit, wherein the reception time period is equal to the length of a time slot during which the radio signal is detected or to the sum of the lengths of time slots during which the radio signal is detected if the radio signal is transmitted intermittently, wherein the control unit is configured to exclude the radio signals having a reception time period below a predetermined threshold, a determination unit configured to determine, based on the reception time period and the signal strength of the plurality of radio signals received by the first communication unit, a radio device from among the plurality of radio devices transmitting those radio signals that have not been excluded by the control unit, and specifying said determined radio device as the radio device installed in the carriage; and a second communication unit configured to transmit data including identification information indicative of the radio device specified by the determination unit to an information distribution apparatus. a first communication unit configured to receive a plurality of radio signals from a plurality of radio devices including a radio device installed in a carriage of a vehicle on which the wireless terminal is aboard; characterized by a control unit configured to calculate reception time period and signal strength of the plurality of radio signals received by the first communication unit, wherein the reception time period is equal to the length of a time slot during which the radio signal is detected or to the sum of the lengths of time slots during which the radio signal is detected if the radio signal is transmitted intermittently, wherein the control unit is configured to exclude the radio signals having a reception time period below a predetermined threshold, a determination unit configured to determine, based on the reception time period and the signal strength of the plurality of radio signals received by the first communication unit, a radio device from among the plurality of radio devices transmitting those radio signals that have not been excluded by the control unit, and specifying said determined radio device as the radio device installed in the carriage; and a second communication unit configured to transmit data including identification information indicative of the radio device specified by the determination unit to an information distribution apparatus.
A method comprising: (a) defining a user interface of a provided electronic device, the user interface including: (i) an auxiliary interface for receiving input from a user and providing output to the user; and (ii) a primary access interface; and (b) providing, using the auxiliary interface, a message to the user, wherein the message is provided without requiring the user to be authenticated through the primary access interface, wherein the message comprises a time-sensitive alert message, characterized in that the electronic device, once blocked, and found by an unauthorized person is not able of using the device as normally by means of the primary access interface and yet being able to receive communication through the auxiliary interface. (a) defining a user interface of a provided electronic device, the user interface including: (i) an auxiliary interface for receiving input from a user and providing output to the user; and (ii) a primary access interface; and (i) an auxiliary interface for receiving input from a user and providing output to the user; and (ii) a primary access interface; and (b) providing, using the auxiliary interface, a message to the user, wherein the message is provided without requiring the user to be authenticated through the primary access interface, wherein the message comprises a time-sensitive alert message, characterized in that the electronic device, once blocked, and found by an unauthorized person is not able of using the device as normally by means of the primary access interface and yet being able to receive communication through the auxiliary interface.
Method for the anaesthetisation of a slaughter animal, in particular a pig, wherein the slaughter animal is conveyed through a first environment containing a gas and is pre-anaesthetised and is then conveyed through a second environment containing a second gas for anaesthetisation, wherein the first gas has a density that differs from that of the second gas and from air, characterised in that the slaughter animal is driven into a receptacle (18, 20), the receptacle is conveyed with the slaughter animal through the first environment initially upwards and then downwards and is then conveyed through the second environment, wherein the first gas is a gas of lower density than air and the second gas used is a gas of higher density than air.
A system comprising an optical beacon and a robotic cleaner, the optical beacon comprising: a housing; an optical emitter at least partially disposed within the housing; and an optical identifier generator optically coupled to the optical emitter, light incident on the optical identifier generator is shaped into a cleaning optical identifier and a map loading optical identifier, characterized in that each optical identifier (210, 212) has a plurality of repeating unique segments that define a pattern, the cleaning optical identifier is associated with a cleaning action capable of being carried out by a robotic cleaner and the map loading optical identifier is associated with a map loading action capable of being carried out by the robotic cleaner, and detection of the cleaning and map loading optical identifiers (210, 212) by the robotic cleaner causes the robotic cleaner to carry out the cleaning and map loading actions. a housing; an optical emitter at least partially disposed within the housing; and an optical identifier generator optically coupled to the optical emitter, light incident on the optical identifier generator is shaped into a cleaning optical identifier and a map loading optical identifier,
An illuminable ball including a translucent spherical hollow casing in which is housed illumination means comprising at least one LED and control means arranged to illuminate said at least one LED; and cover means (5, 6) providing access to the illumination means inside said hollow casing; wherein said cover means is attached to said casing by a low reverse torque closure characterised in that the low reverse torque closure includes an inner latch formed by an internally screw threaded cylindrical first member which is concentrically retained to be captive within an outer latch formed by a cylindrical second member having a base upon which are formed first ratchet teeth abutting with ramp means on a facing wall of the first member when the inner latch is turned in a first direction to rotate the inner latch into the outer latch, causing the internal screw threads on the cylindrical first member to cooperate with mating threads on the cover means to securely close said hollow casing; and the first ratchet teeth sliding up and over the ramp means with negligible back ratchet torque when the inner latch is turned in a second direction opposite to said first direction without the application of a downforce by virtue of at least one resilient spring member disposed in the base of the second member so as to form a space between the first and second members until a downward force against the at least one spring member is applied on the inner latch and a torque simultaneously applied on the inner latch causes the first ratchet teeth to engage with second ratchet teeth on the first member and the inner latch is rotated in a second direction to remove said cover means.
A high velocity cross flow dynamic membrane filtration system comprising: a disc membrane assembly including a frame, at least two support shafts, each support shaft defining a longitudinal axis about which is positioned a plurality of axially spaced membrane discs, each shaft further coupled to the frame, and a permeate tube coupled to each support shaft and in fluid communication with the membrane discs associated with that support shaft; a vessel defining a treatment chamber and configured to removably support the disc membrane assembly within the treatment chamber, the vessel further including a wall; and a drive system, wherein the frame includes first and second end members (430, 434), and a plurality of rails extend between the first and second end members, the plurality of rails oriented generally parallel to the support shafts and the permeate tubes, and the vessel includes a plurality of mounting rails affixed to the vessel interior, each mounting rail configured to receive a rail of the frame to position the disc membrane assembly within the treatment chamber of the vessel, and wherein the permeate tubes are configured to extend through a portion of the vessel wall when the disc membrane assembly is positioned within the treatment chamber, the permeate tubes further configured for rotation by the drive system. a disc membrane assembly including a frame, at least two support shafts, each support shaft defining a longitudinal axis about which is positioned a plurality of axially spaced membrane discs, each shaft further coupled to the frame, and a permeate tube coupled to each support shaft and in fluid communication with the membrane discs associated with that support shaft; a frame, at least two support shafts, each support shaft defining a longitudinal axis about which is positioned a plurality of axially spaced membrane discs, each shaft further coupled to the frame, and a permeate tube coupled to each support shaft and in fluid communication with the membrane discs associated with that support shaft; a vessel defining a treatment chamber and configured to removably support the disc membrane assembly within the treatment chamber, the vessel further including a wall; and a drive system, wherein the frame includes first and second end members (430, 434), and a plurality of rails extend between the first and second end members, the plurality of rails oriented generally parallel to the support shafts and the permeate tubes, and the vessel includes a plurality of mounting rails affixed to the vessel interior, each mounting rail configured to receive a rail of the frame to position the disc membrane assembly within the treatment chamber of the vessel, and wherein the permeate tubes are configured to extend through a portion of the vessel wall when the disc membrane assembly is positioned within the treatment chamber, the permeate tubes further configured for rotation by the drive system.
A turbine combustion system comprising a transition exit frame, a turbine inlet, and a seal (54, 78), the seal comprising: a first strip (55, 79) extending along a circumferential length of a rail (68, 86) of an upper or lower span (48A, 48B) of the transition exit frame; a tab extending axially from an intermediate portion of the first strip along a gap between the transition exit frame and the turbine inlet and into a circumferentially extending groove (58, 82) in a retainer ring of the turbine inlet; and a second strip (70, 88) cantilevered from the first strip, characterised in that: the second strip and the intermediate portion of the first strip form a spring clamp along the circumferential length of the rail; and the second strip comprises a bead (72, 90), wherein the rail is flexibly clamped between the bead and the intermediate portion of the first strip. a first strip (55, 79) extending along a circumferential length of a rail (68, 86) of an upper or lower span (48A, 48B) of the transition exit frame; a tab extending axially from an intermediate portion of the first strip along a gap between the transition exit frame and the turbine inlet and into a circumferentially extending groove (58, 82) in a retainer ring of the turbine inlet; and a second strip (70, 88) cantilevered from the first strip, the second strip and the intermediate portion of the first strip form a spring clamp along the circumferential length of the rail; and the second strip comprises a bead (72, 90), wherein the rail is flexibly clamped between the bead and the intermediate portion of the first strip.
Silencer system for a firearm, with a jacket tube mountable on the barrel of the firearm, in which jacket tube a first silencer with an axial through-hole for bullet passage is coaxially arranged, wherein the first silencer is arranged in the jacket tube under formation of an intermediate first annular space and comprises at its barrel-facing end an afflux cone penetrated by its through-hole and lying at an axial distance (d) from the barrel, in order to divert gases emerging divergently from the barrel into the annular space, which is provided with chicanes and a gas outlet (21, 23) downstream thereof, wherein the first silencer comprises a stack of deflection pots, which each have an afflux base that is conical towards the barrel and axially penetrated by the through-hole, wherein the afflux bases are provided with gas passages towards the respective next deflection pot.
A spectral property acquisition apparatus comprising: a first conveying device (30, 31, 32) configured to convey an object in predetermined conveying direction; a color data acquisition device including a plurality of spectroscopic sensors in the conveying direction, the plurality of spectroscopic sensors being configured to receive light emitted and reflected by the object to acquire color data on the object; a second conveying device configured to convey the color data acquisition device in a direction orthogonal to the conveying direction; and a controller configured to estimate a spectral property of the object based on the color data, wherein the controller is configured to control the first conveying device so as to generate predetermined tension for the object in a color data acquisition area in which the color data on the object is acquired; characterized in that the first conveying device (30, 31, 32) includes a first nip roller and a second nip roller, the first nip roller and the second nip roller each having a different driving force, the first nip roller is located upstream of the conveying direction in the color data acquisition area, the second nip roller is located downstream of the color data acquisition area in the conveying direction, and the second nip roller includes a torque limiter. a first conveying device (30, 31, 32) configured to convey an object in predetermined conveying direction; a color data acquisition device including a plurality of spectroscopic sensors in the conveying direction, the plurality of spectroscopic sensors being configured to receive light emitted and reflected by the object to acquire color data on the object; a second conveying device configured to convey the color data acquisition device in a direction orthogonal to the conveying direction; and a controller configured to estimate a spectral property of the object based on the color data, wherein the controller is configured to control the first conveying device so as to generate predetermined tension for the object in a color data acquisition area in which the color data on the object is acquired; characterized in that the first conveying device (30, 31, 32) includes a first nip roller and a second nip roller, the first nip roller and the second nip roller each having a different driving force, the first nip roller is located upstream of the conveying direction in the color data acquisition area, the second nip roller is located downstream of the color data acquisition area in the conveying direction, and the second nip roller includes a torque limiter.
Coupling unit without its own energy supply for a battery module, the coupling unit comprising a first input, a second input, a first output and a second output, characterized in that the coupling unit is designed to electrically directly connect the first input to the first output and the second input to the second output in response to a first control signal, and to electrically disconnect the first input from the first output and the second input from the second output and to electrically directly connect the first output to the second output in response to a second control signal.
A method for manufacturing a coating material, in particular for coating wires, comprising the steps of: (a) providing a carboxylic compound, preferably a bisanhydride; and (b) adding at least one (alkoxyalkylsilyl)alkylamine to prepare a prepolymer solution of bis(alkoxyalkylsilylalkyl)imides/ bis(alkoxyalkylsilylalkyl)amides; characterized in that in step (a) the carboxyl compound is introduced as a suspension in alcohol with a residual water content of at most 1% by volume, preferably in ethanol with a residual water content of at most 1% by volume, with the exclusion of water, so that polymerization of the prepolymer solution is suppressed, wherein the entire manufacturing process is carried out in a protective gas atmosphere and wherein the prepolymer solution produced is filled under a protective gas atmosphere, preferably under nitrogen. (a) providing a carboxylic compound, preferably a bisanhydride; and (b) adding at least one (alkoxyalkylsilyl)alkylamine to prepare a prepolymer solution of bis(alkoxyalkylsilylalkyl)imides/ bis(alkoxyalkylsilylalkyl)amides;
An electric stapler comprising: a binding unit configured to perform binding processing on a sheet bundle by sequentially executing a clamping process of clamping the sheet bundle, a penetration process of penetrating a staple through the clamped sheet bundle, and a clinching process of pressing leg portions of the staple penetrating through the sheet bundle; a motor configured to drive the binding unit; and a control unit configured to control the motor, wherein the control unit is configured to control the motor to execute the clamping on the sheet bundle multiple times in the clamping process or to execute the pressing on the leg portions multiple times in the clinching process, characterized in that the control unit is configured to control the motor to execute the clamping on the sheet bundle each time a predetermined number of sheets is conveyed, in the clamping process. a binding unit configured to perform binding processing on a sheet bundle by sequentially executing a clamping process of clamping the sheet bundle, a penetration process of penetrating a staple through the clamped sheet bundle, and a clinching process of pressing leg portions of the staple penetrating through the sheet bundle; a motor configured to drive the binding unit; and a control unit configured to control the motor, wherein the control unit is configured to control the motor to execute the clamping on the sheet bundle multiple times in the clamping process or to execute the pressing on the leg portions multiple times in the clinching process, characterized in that the control unit is configured to control the motor to execute the clamping on the sheet bundle each time a predetermined number of sheets is conveyed, in the clamping process.
An electrosurgical device for directing energy to a target volume of tissue, comprising: a coaxial feedline having an inner conductor, an outer conductor coaxially disposed around the inner conductor, and a dielectric material disposed therebetween; an elongated electrically-conductive member longitudinally disposed at a distal end of the inner conductor; a balun disposed in association with the outer conductor, and comprising a dielectric layer coaxially disposed around a distal portion of the outer conductor, and an electrically-conductive layer coaxially disposed around a proximal portion of the dielectric layer; an electrically-conductive cylinder including a first portion coaxially disposed around a distal portion of the electrically conductive layer of the balun; and a second portion disposed distally to the first portion, wherein the second portion distally extends beyond a distal end of the electrically-conductive layer of the balun; a dielectric structure disposed adjacent to a distal end of the electrically-conductive cylinder, wherein the dielectric structure longitudinally extends from the distal end of the electrically-conductive cylinder to a distal end of the electrically-conductive member. a coaxial feedline having an inner conductor, an outer conductor coaxially disposed around the inner conductor, and a dielectric material disposed therebetween; an elongated electrically-conductive member longitudinally disposed at a distal end of the inner conductor; a balun disposed in association with the outer conductor, and comprising a dielectric layer coaxially disposed around a distal portion of the outer conductor, and an electrically-conductive layer coaxially disposed around a proximal portion of the dielectric layer; an electrically-conductive cylinder including a first portion coaxially disposed around a distal portion of the electrically conductive layer of the balun; and a second portion disposed distally to the first portion, wherein the second portion distally extends beyond a distal end of the electrically-conductive layer of the balun; a dielectric structure disposed adjacent to a distal end of the electrically-conductive cylinder, wherein the dielectric structure longitudinally extends from the distal end of the electrically-conductive cylinder to a distal end of the electrically-conductive member.
A computer implemented method for transmitting beamformed data to a mobile station, the method comprising: receiving a quantized phase angle information being associated with one of eight quantized phase angle zones of a reference signal from a mobile station at a first base station, being a serving base station, that transmitted the reference signal to the mobile station; selecting a first phase adjustment angle out of four phase adjustment angles based on the quantized phase angle information received from the mobile station; receiving an interference signal from a second base station at the mobile station; scheduling a first data package in a first wireless resource with the first phase adjustment at the first base station in coordination with an associated second phase adjustment of a second wireless resource at the second base station; and transmitting the first data package as a first beamformed signal to the mobile station from the first base station; receiving a quantized phase angle information being associated with one of eight quantized phase angle zones of a reference signal from a mobile station at a first base station, being a serving base station, that transmitted the reference signal to the mobile station; selecting a first phase adjustment angle out of four phase adjustment angles based on the quantized phase angle information received from the mobile station; receiving an interference signal from a second base station at the mobile station; scheduling a first data package in a first wireless resource with the first phase adjustment at the first base station in coordination with an associated second phase adjustment of a second wireless resource at the second base station; and transmitting the first data package as a first beamformed signal to the mobile station from the first base station;
A blow-molded foam formed by foaming and blow-molding a resin material including a polyethylene resin, wherein the foamed resin includes an antioxidant, the antioxidant is included by 500 ppm or more in total, the antioxidant includes a first antioxidant that operates to capture a radical and a second antioxidant that decomposes a peroxide, the first antioxidant is a phenolic antioxidant and the second antioxidant is a phosphorus antioxidant, and wherein the phenolic antioxidant is included by 250 to 750 ppm and the phosphorus antioxidant is included by 250 to 3000 ppm.