mhurhangee/ep-ind-claims huggingface dataset:
Conveyor belt (1, 8) with a carrying-side cover sheet (2, 9) and a running-side cover sheet (3, 10) each made from a polymeric material with elastic properties and with an embedded tension member (4, 11) in the form of cables running parallel in the longitudinal direction of the conveyor belt, wherein the conveyor belt (1, 8) comprises over its overall width two peripheral regions and a central region, wherein the tension member (4, 11) consists completely or partially of steel-aramid hybrid cables (14, 18), wherein a hybrid cable comprises a centrally arranged aramid cable which is enveloped by steel cables, and wherein the tension member exclusively takes up the central region of the conveyor belt, wherein each cable of the central region is formed as a steel-aramid hybrid cable (14, 18), characterized in that, at least within the two peripheral regions of the conveyor belt, a stretchable fabric or stretchable transverse cords (12, 13) that extend in the transverse direction of the conveyor belt and take the form of individual cords each made from textile material, is/are embedded in the carrying-side cover sheet and/or running-side cover sheet of the conveyor belt.
A readjustment system comprising an advancing head supporting a cutting edge configured to have at least one piezoelectric actuator (34, 34a - 34f) for radially adjusting the cutting edge, characterized in that the advancing head includes a tool slide displaceable in the radial direction that is movable along a guideway in the radial direction for adjusting the cutting edge by means of the piezoelectric actuator (34, 34a - 34f).
. A water-dispersible suspension concentrate, comprising: at least one cytokinin in an amount from 0.1 to 80 wt.%, a surfactant, an anti-foam agent, a buffering system, an anti-freeze agent, and an anti-settling system, dispersed in water; wherein the suspension has an average dispersed particle size from 1 - 5 μm; wherein the concentrate has a pH from 6-8, and wherein the concentrate further comprises a biocide. at least one cytokinin in an amount from 0.1 to 80 wt.%, a surfactant, an anti-foam agent, a buffering system, an anti-freeze agent, and an anti-settling system, dispersed in water; wherein the suspension has an average dispersed particle size from 1 - 5 μm; wherein the concentrate has a pH from 6-8, and wherein the concentrate further comprises a biocide.
A toy gyro having a gyro ring that can be assembled at both sides, comprising an axis body, and a gyro ring comprising a circular attack ring having a through hole in the middle and a screw ring (21, 22) disposed within the through hole of the attack ring, the screw ring used for implementing removable connection of the attack ring to the axis body, wherein the screw ring includes a locking structure (23, 24) disposed thereon fitting and engaging with the axis body for implementing removeable connection of the attack ring to the axis body, a tip and a cover that are disposed on the axis body, wherein a direction of mounting the gyro ring on the axis body may be turned over vertically, so that by turning over vertical orientations of the gyro ring on the axis body, gyros having different shapes or different heights of center of gravity may be formed.
A milking robot comprising - a teat detection system for determining a teat position of the teat, - at least one teat cup, - a robot arm for positioning the teat cup, and - a control unit for the milking robot, wherein the milking robot, and in particular the control unit, furthermore comprises a control device (16; 16'; 16") which is configured to offer an operator a first input option for a first decision step and a second input option for a second decision step, wherein the milking robot is configured: - to carry out, when the first decision step is input according to the first input option, a command to automatically determine the teat position by means of the teat detection system and to attach the teat cup to said teat with the determined teat position; and - to carry out, when the second decision step is input according to the second input option, a command to move the teat cup, in particular substantially immediately, upwards in order to attach it to the teat without subsequently having the milking robot automatically determine the teat position, wherein the control unit is configured to determine and store the coordinates of the teat in at least two horizontal directions from the position of the teat cup at the point in time when the operator carries out the second decision step. - a teat detection system for determining a teat position of the teat, - at least one teat cup, - a robot arm for positioning the teat cup, and - a control unit for the milking robot, - to carry out, when the first decision step is input according to the first input option, a command to automatically determine the teat position by means of the teat detection system and to attach the teat cup to said teat with the determined teat position; and - to carry out, when the second decision step is input according to the second input option, a command to move the teat cup, in particular substantially immediately, upwards in order to attach it to the teat without subsequently having the milking robot automatically determine the teat position,
Electric machine cooled with an inflammable cooling fluid; the electric machine comprising a rotor rotatable about an axis and stator casing arranged, in part, about the rotor and suitable to define a space occupied by the cooling fluid; the rotor comprising a shaft; at least an excitation electric windings arranged in the space; a connecting circuit extending, at least in part, into the shaft in an electrically insulated manner from the shaft and suitable to connect the excitation electric winding with the outside of the stator casing; said shaft comprising a plurality of holes (14, 15, 16, 17, 18) suitable to define a housing for the connecting circuit and at least a possible exit path for the cooling fluid; and a first, a second, and a third sealing assemblies (26, 27, 28) arranged in series along said path between the connecting circuit and the shaft; and a first and a second conduits (22, 41) suitable to connect with the outside respectively a path zone comprised between the second and the third sealing assemblies (27, 28) and a path zone comprised between the first and the second sealing assemblies (26, 27).
An avalanche photodiode provided with a substrate including a first electrode and a first semiconductor layer, formed of a first conductivity type, which is connected to the first electrode, wherein at least an avalanche multiplication layer, a light absorption layer, and a second semiconductor layer having a bandgap that is larger than that of the light absorption layer are layered on the substrate; a second conductivity type conductive region is formed in and surrounded by the second semiconductor layer; and the second conductivity type conductive region is connected to a second electrode, characterized in that a side removal is applied to at least the light absorption layer among the layers which are layered on the substrate, on which the second conductivity type conductive region and the second semiconductor layer around the second conductivity type conductive region are surrounded by that layers, such that the light absorption layer maintains a width of 10 μm or longer.
A winding machine for web-type materials, in particular film materials, comprising a feeding device and at least one winding shaft which is capable of being driven and designed to receive a winding core for winding the web-type material, wherein the winding machine is allocated a system for regulating and/or reducing an electrostatic charge of the web-type material during the winding process, wherein a control device allocated to the system for regulating and/or reducing an electrostatic charge is further provided, wherein the control device is designed to control the electrostatic discharge system allocated to the feeding device and/or the electrostatic discharging/charging device allocated to the cross-cutting device during a winding process such that an electrostatic charge on the web-type material is at least reduced, wherein the control device is further designed to control the electrostatic discharging/charging device allocated to the cross-cutting device subsequent to the cross-cutting device cutting through the web-type material such that a new start of the web-type material is electrostatically charged for the feeding of the new web-type material start onto an empty and preferably grounded winding core accommodated by the at least one winding shaft; and/or wherein the control device is further designed to control the electrostatic discharging/charging device allocated to the cross-cutting device subsequent to the cross-cutting device cutting through the web-type material such that an end of the web-type material is electrostatically charged for the feeding of the web-type material end onto a full and preferably grounded winding core accommodated by the at least one winding shaft. wherein a control device allocated to the system for regulating and/or reducing an electrostatic charge is further provided, wherein the control device is designed to control the electrostatic discharge system allocated to the feeding device and/or the electrostatic discharging/charging device allocated to the cross-cutting device during a winding process such that an electrostatic charge on the web-type material is at least reduced, wherein the control device is further designed to control the electrostatic discharging/charging device allocated to the cross-cutting device subsequent to the cross-cutting device cutting through the web-type material such that a new start of the web-type material is electrostatically charged for the feeding of the new web-type material start onto an empty and preferably grounded winding core accommodated by the at least one winding shaft; and/or wherein the control device is further designed to control the electrostatic discharging/charging device allocated to the cross-cutting device subsequent to the cross-cutting device cutting through the web-type material such that an end of the web-type material is electrostatically charged for the feeding of the web-type material end onto a full and preferably grounded winding core accommodated by the at least one winding shaft.
An interconnect disposed between a first electrode of a solid oxide fuel cell article and a second electrode of the solid oxide fuel cell article, the interconnect comprising a first phase including a ceramic interconnect material and a second phase including partially stabilized zirconia, wherein the partially stabilized zirconia is in a range of between about 10 vol% and about 50 vol% of the total volume of the interconnect.
An apparatus for sterilizing a load of goods, said apparatus comprising - a chamber for receiving a load of goods to be sterilized, said chamber having a jacket for a heat transfer medium as well as gas inlets and gas outlets; - a device for delivering a heat-controlled heat transfer medium to the jacket; within the chamber, - a device for producing vaporized hydrogen peroxide; - a device for producing sub-atmospheric pressures within the chamber; and - a mechanical fan characterized by having a variable speed drive capable of delivering a constant volume flow rate regardless of gas density at variable velocities. - a chamber for receiving a load of goods to be sterilized, said chamber having a jacket for a heat transfer medium as well as gas inlets and gas outlets; - a device for delivering a heat-controlled heat transfer medium to the jacket; within the chamber, - a device for producing vaporized hydrogen peroxide; - a device for producing sub-atmospheric pressures within the chamber; and - a mechanical fan characterized by having a variable speed drive capable of delivering a constant volume flow rate regardless of gas density at variable velocities.
A gas turbine engine (10; 110) comprising: a low pressure turbine (30; 130) drivingly engaged to an output shaft (46; 146) for driving a rotatable load; a low pressure compressor (26; 126) de-coupled from the low pressure turbine (30; 130), the low pressure compressor (26; 126) and the low pressure turbine (30; 130) rotating independently from one another; a high pressure compressor (28; 128) disposed downstream from the low pressure compressor (26; 126) and in fluid communication therewith to receive pressurized air therefrom; a high pressure turbine (32; 132) disposed downstream from the high pressure compressor (28; 128) and drivingly engaged thereto via a high pressure shaft (34; 134), the high pressure turbine (32; 132) disposed upstream from the low pressure turbine (26; 126) and in fluid communication therewith; and an electric motor (36; 136) receiving power from a power source (42; 142) and drivingly engaged to the low pressure compressor (26; 126), the electric motor operable to drive the low pressure compressor (26; 126) independently from the low pressure turbine (30; 130), the high pressure compressor (28; 128) and the high pressure turbine (32; 132), characterized in that: a first clutch (50; 150) operably connecting the electric motor (36; 136) to the low pressure compressor (26; 126), the first clutch (50; 150) selectively disengageable under low boost requirements to reduce drag on the gas turbine engine (10; 110) by decoupling the electric motor (36; 136) from the low pressure compressor (26; 126). a low pressure turbine (30; 130) drivingly engaged to an output shaft (46; 146) for driving a rotatable load; a low pressure compressor (26; 126) de-coupled from the low pressure turbine (30; 130), the low pressure compressor (26; 126) and the low pressure turbine (30; 130) rotating independently from one another; a high pressure compressor (28; 128) disposed downstream from the low pressure compressor (26; 126) and in fluid communication therewith to receive pressurized air therefrom; a high pressure turbine (32; 132) disposed downstream from the high pressure compressor (28; 128) and drivingly engaged thereto via a high pressure shaft (34; 134), the high pressure turbine (32; 132) disposed upstream from the low pressure turbine (26; 126) and in fluid communication therewith; and an electric motor (36; 136) receiving power from a power source (42; 142) and drivingly engaged to the low pressure compressor (26; 126), the electric motor operable to drive the low pressure compressor (26; 126) independently from the low pressure turbine (30; 130), the high pressure compressor (28; 128) and the high pressure turbine (32; 132), characterized in that: a first clutch (50; 150) operably connecting the electric motor (36; 136) to the low pressure compressor (26; 126), the first clutch (50; 150) selectively disengageable under low boost requirements to reduce drag on the gas turbine engine (10; 110) by decoupling the electric motor (36; 136) from the low pressure compressor (26; 126).
A pneumatic tire comprising a tread portion provided with a tread pattern of left-right asymmetry and having an outboard tread edge (Teo) and an inboard tread edge (Tei), the tread pattern comprising circumferentially continuously extending main grooves (9, 10) which are an inboard shoulder main groove, an inboard crown main groove, an outboard crown main groove, and an outboard shoulder main groove, whereby the tread portion is axially divided into an inboard shoulder land portion between the inboard shoulder main groove and the inboard tread edge (Tei), an inboard middle land portion between the inboard crown main groove and the inboard shoulder main groove, a center land portion between the inboard crown main groove and the outboard crown main groove, an outboard middle land portion between the outboard crown main groove and the outboard shoulder main groove, and an outboard shoulder land portion between the outboard shoulder main groove and the outboard tread edge (Teo), wherein the inboard middle land portion is provided with a plurality of inboard middle axial grooves arranged circumferentially of the tire at intervals, each of the inboard middle axial grooves comprises a main portion which extends from the inboard shoulder main groove toward the tire equator, while inclining with respect to the tire axial direction to one tire circumferential direction, characterized in that each of the inboard middle axial grooves further comprises a turnback portion which extends from the main portion toward the other tire circumferential direction and terminates within the inboard middle land portion, the width of the outboard shoulder main groove is smaller than the width of the inboard shoulder main groove, the inboard shoulder land portion is provided with a plurality of inboard shoulder sipes arranged circumferentially of the tire at intervals, and each of the inboard shoulder sipes extends from the inboard shoulder main groove to axially outwardly beyond the inboard tread edge (Tei).
A method of wireless communication at a user equipment, UE, comprising: detecting a connection event after completing a Radio Resource Control, RRC, connection reconfiguration procedure with a base station, wherein the connection event includes one of inactivity at a protocol layer for a defined time duration or an initiation of a public local mobile network, PLMN, search procedure; transmitting a connection release request message on a signaling radio bearer, SRB, to the base station in response to detecting the connection event to synchronize the UE and the base station; initiating a connection release timer in response to detecting the connection event; monitoring for a synchronization message from the base station, wherein the synchronization message includes a connection status of the base station; and performing a first connection procedure to synchronize with the base station based on receiving the synchronization message from the base station prior to an expiration of the connection release timer. detecting a connection event after completing a Radio Resource Control, RRC, connection reconfiguration procedure with a base station, wherein the connection event includes one of inactivity at a protocol layer for a defined time duration or an initiation of a public local mobile network, PLMN, search procedure; transmitting a connection release request message on a signaling radio bearer, SRB, to the base station in response to detecting the connection event to synchronize the UE and the base station; initiating a connection release timer in response to detecting the connection event; monitoring for a synchronization message from the base station, wherein the synchronization message includes a connection status of the base station; and performing a first connection procedure to synchronize with the base station based on receiving the synchronization message from the base station prior to an expiration of the connection release timer.
Method of making a receiving channel of a sensor, in particular a temperature sensor, in a cooking vessel having a cap comprising a bottom and a perforated plate fixed to the bottom, said receiving channel being arranged between the bottom and the perforated plate, characterised in that it features the following steps: a) Making a groove in the bottom of the cap or in the perforated plate, b) Placing a strip in the groove, c) Positioning the perforated plate on the bottom and fastening it to the bottom by striking the bar, now the geometry of the receiving channel formed between the bottom and the perforated plate during the striking operation, d) Removing the bar to secure and form the receiving channel. a) Making a groove in the bottom of the cap or in the perforated plate, b) Placing a strip in the groove, c) Positioning the perforated plate on the bottom and fastening it to the bottom by striking the bar, now the geometry of the receiving channel formed between the bottom and the perforated plate during the striking operation, d) Removing the bar to secure and form the receiving channel.
A system for monitoring a first wire rope (12; 14; 16; 18) and a second wire rope (12; 14; 16; 18), the first and second wire ropes(12; 14; 16; 18) each including a contact portion that contacts a sheave, a first end portion, and a monitored portion that extends between the contact portion and the first end portion, the sheave electrically connecting the contact portions of the first and second wire ropes (12; 14; 16; 18), the system comprising: a controller that is electrically connected to each of the first and second wire ropes (12; 14; 16; 18) to form a circuit with the monitored portions of the first and second wire ropes (12; 14; 16; 18); wherein the controller selectively applies a signal to the monitored portions of the first and second wire ropes (12; 14; 16; 18) and determines an electrical characteristic thereof; wherein the controller uses the determined electrical characteristic to determine a condition of the first and second wire ropes (12; 14; 16; 18); wherein the first and second wire ropes (12; 14; 16; 18) aid in hoisting an object; wherein the system further comprises a location sensing device that is configured to generate a location signal indicative of a length of the monitored portion of the first and second wire ropes (12; 14; 16; 18); characterized in that the location sensing device is configured to compare the determined electrical characteristic of the monitored portions of the first and second wire ropes with an expected value to determine if a location of the hoisted object relative to the electrically connecting sheave is incorrect. a controller that is electrically connected to each of the first and second wire ropes (12; 14; 16; 18) to form a circuit with the monitored portions of the first and second wire ropes (12; 14; 16; 18); wherein the controller selectively applies a signal to the monitored portions of the first and second wire ropes (12; 14; 16; 18) and determines an electrical characteristic thereof; wherein the controller uses the determined electrical characteristic to determine a condition of the first and second wire ropes (12; 14; 16; 18); wherein the first and second wire ropes (12; 14; 16; 18) aid in hoisting an object;