mhurhangee/ep-ind-claims huggingface dataset:
Method for transmitting safety information to a group of robots, in which the group of robots comprises a plurality of mobile robots (6a-6d) and the safety information is transmitted wirelessly by a stationary communication unit (8a-8c) to the group of robots, characterised in that one robot (6a-6d) of the group of robots, with regard to communication with the stationary communication unit (8a-8c), is operated as a master robot which is connected to the stationary communication unit (8a-8c) via a long-distance wireless communication interface and to which the safety information is transmitted by the stationary communication unit (8a-8c) via the long-distance wireless communication interface, and at least one robot (6a-6d) of the group of robots, with regard to the communication with the stationary communication unit (8a-8c), is operated as a slave robot to which the safety information received by the master robot is forwarded by the master robot via a short-distance wireless communication interface.
An insertion frame structure comprising: - a pair of primary members whose cross-sectional shapes are, at least partially, L shapes, and which are placed being separated by a predetermined distance such that the inner surface sides of the L shapes face to each other symmetrically with respect to a center line passing the midpoint of the predetermined distance; and - a plurality of auxiliary members whose cross-sectional shapes are, at least partially, L shapes, and which are placed between the primary members, wherein - the primary members and the auxiliary members are joined with each other at their latch portions (11, 21), - the latch portions of the primary members each have a latch hole (11a, 11b) with a clearance shape, - the latch portions of the auxiliary members each have a convex portion (21a, 21b) to be inserted into the latch hole (11a, 11b), and - each of the latch holes (11a, 11b) has a clearance with a larger dimension than a plate thickness (t) of the auxiliary member, and has, continuously from the clearance, a clearance with a dimension equal to the plate thickness (t) of the auxiliary member or smaller than the plate thickness (t) of the auxiliary member. - a pair of primary members whose cross-sectional shapes are, at least partially, L shapes, and which are placed being separated by a predetermined distance such that the inner surface sides of the L shapes face to each other symmetrically with respect to a center line passing the midpoint of the predetermined distance; and - a plurality of auxiliary members whose cross-sectional shapes are, at least partially, L shapes, and which are placed between the primary members, - the primary members and the auxiliary members are joined with each other at their latch portions (11, 21), - the latch portions of the primary members each have a latch hole (11a, 11b) with a clearance shape, - the latch portions of the auxiliary members each have a convex portion (21a, 21b) to be inserted into the latch hole (11a, 11b), and - each of the latch holes (11a, 11b) has a clearance with a larger dimension than a plate thickness (t) of the auxiliary member, and has, continuously from the clearance, a clearance with a dimension equal to the plate thickness (t) of the auxiliary member or smaller than the plate thickness (t) of the auxiliary member.
A method for wireless communication by a user equipment, UE, comprising: obtaining from a base station information regarding a beam refinement procedure of an established beam pair link, BPL, between the UE and the base station, wherein the beam refinement procedure involves a set of reference signal, RS, resources for transmitting RS, the information indicating whether RS resources are to be transmitted by the base station using a same transmit beam or a set of different transmit beams; wherein the information is provided as an index into a table with different combinations of transmit beam patterns for transmitting the RS resources; wherein the beam patterns are transmitted across frequencies, symbols, or sub-symbols; deciding, based on the information, which receive beam or set of receive beams to use for reception of the RS resources transmitted by the base station; and receiving the RS resources in accordance with the decision. obtaining from a base station information regarding a beam refinement procedure of an established beam pair link, BPL, between the UE and the base station, wherein the beam refinement procedure involves a set of reference signal, RS, resources for transmitting RS, the information indicating whether RS resources are to be transmitted by the base station using a same transmit beam or a set of different transmit beams; wherein the information is provided as an index into a table with different combinations of transmit beam patterns for transmitting the RS resources; wherein the beam patterns are transmitted across frequencies, symbols, or sub-symbols; deciding, based on the information, which receive beam or set of receive beams to use for reception of the RS resources transmitted by the base station; and receiving the RS resources in accordance with the decision.
A roll supply system of a web-fed printing press, which comprises a roll changer, a safety area assigned to the roll changer and a unpacking station upstream of the roll changer in the roll transport path, characterized in that an operating and/or monitoring device is provided as a type of operating panel, which is assigned functionally both to the roll changer and the unpacking station, in that it is configured with at least one or more operating elements (101; 102; 111) for activating one or more operating functions of the roll changer and with at least one or more operating elements (103; 104; 118; 119) for activating one or more operating functions of the unpacking station.
A system for generation of a radio frequency, RF, excitation signal for excitation of nuclei via an RF excitation coil in a magnetic resonance, MR, system, the system comprising: power generation units each comprising a synthesizer, an RF amplifier, and a first feedback loop unit adapted to include a sensor to register RF signal properties at the RF amplifier's output, compare the registered RF signal properties with target RF signal properties and configure the synthesizer to generate an RF signal which after amplification by the RF amplifier has a predefined first signal characteristic, a combiner adapted for combining the RF signals amplified by the RF amplifiers for obtaining the RF excitation signal and whereby the system is characterised by comprising a second feedback loop unit adapted to include a sensor to register RF signal characteristics at the combiner's output, compare the registered signal characteristic with a target signal characterisitic and control the synthesizers for providing the RF signals such that the RF excitation signal has a predefined second signal characteristic.
Light module of a motor vehicle headlamp, comprising a plurality of light-emitting diodes as light sources, a primary optic and a secondary optic, the primary optic being designed to collect light emanating from the light sources and to convert it into an intermediate light distribution having the form of a closed luminous surface, and wherein the secondary optic has a focal length on the object side, the primary optic and the secondary optic being arranged in such a way that the intermediate light distribution lies in the light path at the distance of this focal length in front of the secondary optic, the light module being designed to generate a low beam light distribution with a light/dark boundary, characterized in that the primary optics is a one-piece base body constructed from collecting lens sub-regions, and in that the chip of a light-emitting diode is located between a collecting lens sub-region collecting light from this light-emitting diode and its object-side focal point, wherein light exit surfaces of the light sources are separated from each other by distances between them and that the primary optics is arranged to distribute light emanating from the light sources in such a way that the distances in the intermediate light distribution are not visible, so that a closed luminous surface is created in the intermediate light distribution.
Transport device for the transport of pulverous or granular process material with an open or in itself closed transport frame made of metal, which is provided for the transport of the process material, which is held by a support device and which is connected to an ultrasonic device that comprises an ultrasonic generator, an ultrasonic transducer connected to the ultrasonic generator and a coupling rod, which is connected to the ultrasonic transducer and which is having a front-sided end piece and a rear-sided end piece, and wherein a flat distributor body made of metal is provided, which has an upper side, a lower side, a rear side and peripherally at least one connection side, wherein the rear-sided end piece of the coupling rod is connected to the ultrasonic transducer characterised in that the front-sided end piece of the coupling rod is welded to the rear side, the upper side or the lower side of the distributor body, that the at least one connection side of the distributor body is integrally connected with or welded to the at least one transport frame and that the distributor body has coupling fingers at the connection side which are separated from one another by intermediate spaces which coupling fingers have identical or different cross sections.
Device for cleaning ophthalmic lenses, particularly contact lenses, and suitable for integration into an automated production of ophthalmic lenses, particularly contact lenses, the device comprising a vessel (3, 3a-c) which has an inlet (7, 7a-c) and an outlet for liquids and a liquid chamber (9, 9a-c) into which ophthalmic lenses can be introduced from the top for cleaning and from which they can be removed again thereafter, wherein at least part of the outlet is formed by first openings (8, 8a-c) in a vessel wall and wherein at least another part of the outlet is formed by a second opening (4, 4a-c) at a base of the vessel, the second opening being designed as a ball valve or as a shutter, which is arranged to be closed during a cleaning operation and opened such as to allow the liquid to drain off with the ophthalmic lens, such that the ophthalmic lens can leave the vessel together with at least some of the liquid.
A method for adjusting information transmission, applied to a base station, the method comprising: determining control resource adjustment information for a target user equipment, UE, the control resource adjustment information being information of control resources adjusted based on original scheduling, characterized by: the original scheduling for the target UE is a portion of all control resource sets, CORESETs, of a bandwidth part, BWP, and the control resource adjustment information is generated by designating a target CORESET within said BWP to which new control resources belong or a part of regions of the target CORESET among all the CORESETs of said BWP; sending the control resource adjustment information to the target UE to enable the target UE to monitor downlink control information, DCI, within a time-frequency range to which the adjusted control resources belong; allocating transmission resources to the target UE according to the control resource adjustment information and a time-frequency resource range for the original scheduling, a frequency range of the transmission resources at least comprising: a frequency range of the adjusted control resources; and performing information transmission with the target UE through the transmission resources. the original scheduling for the target UE is a portion of all control resource sets, CORESETs, of a bandwidth part, BWP, and the control resource adjustment information is generated by designating a target CORESET within said BWP to which new control resources belong or a part of regions of the target CORESET among all the CORESETs of said BWP; sending the control resource adjustment information to the target UE to enable the target UE to monitor downlink control information, DCI, within a time-frequency range to which the adjusted control resources belong; allocating transmission resources to the target UE according to the control resource adjustment information and a time-frequency resource range for the original scheduling, a frequency range of the transmission resources at least comprising: a frequency range of the adjusted control resources; and performing information transmission with the target UE through the transmission resources.
A supporting insulator assembly for busbars of an electric switchboard comprising a supporting insulator made of an insulating material, wherein the upper and lower edges of the supporting insulator comprise slots for fixing busbars between two supporting insulators and wherein the supporting insulator further comprises openings for fixing busbars, characterized in that the supporting insulator comprises one or more adapter pieces configured to be arranged in said openings and/or said slots in order to reduce the surface area of the openings and/or said slots for fixing busbars of different sizes.
An oral composition comprising: a first content of a flavor component; a second content of a flavor component; optionally, one or more active ingredients; and optionally, one or more salts, one or more sweeteners, one or more binding agents, one or more humectants, one or more gums, a tobacco material, or combinations thereof, wherein the first content of the flavor component is configured for release from the oral composition according to a first release rate and the second content of the flavor component is configured for release from the oral composition according to a second release rate that is different from the first release rate, and wherein at least a portion of the first content of the flavor component is in the form of spray-dried particles, the spray-dried particles in admixture with a content of a filler. a first content of a flavor component; a second content of a flavor component; optionally, one or more active ingredients; and optionally, one or more salts, one or more sweeteners, one or more binding agents, one or more humectants, one or more gums, a tobacco material, or combinations thereof, wherein the first content of the flavor component is configured for release from the oral composition according to a first release rate and the second content of the flavor component is configured for release from the oral composition according to a second release rate that is different from the first release rate, and
A brake assembly, comprising: an operator brake pedal configured to be depressed at a brake pedal angle, wherein a brake pedal effort input applied to the operator brake pedal is associated with the brake pedal angle; and a brake pedal linkage operatively connected to the operator brake pedal and configured to apply a vehicle braking force in response to depression of the operator brake pedal, wherein the brake pedal angle is associated with an effective radius of rotation of the brake pedal linkage, wherein the brake pedal linkage is configured to affect a first rate of change of the brake pedal effort input with respect to depression of the operator brake pedal through an initial range of motion of the operator brake pedal, wherein the initial range of motion is associated with an initial rate of change of the effective radius, wherein the brake pedal linkage is further configured to affect a second rate of change of the brake pedal effort input with respect to depression of the operator brake pedal through a subsequent range of motion of the operator brake pedal, wherein the subsequent range of motion is associated with a subsequent rate of change of the effective radius, wherein the subsequent rate of change of the effective radius is greater than the initial rate of change of the effective radius, and wherein the second rate of change of the brake pedal effort input is greater than the first rate of change. an operator brake pedal configured to be depressed at a brake pedal angle, wherein a brake pedal effort input applied to the operator brake pedal is associated with the brake pedal angle; and a brake pedal linkage operatively connected to the operator brake pedal and configured to apply a vehicle braking force in response to depression of the operator brake pedal, wherein the brake pedal angle is associated with an effective radius of rotation of the brake pedal linkage, wherein the brake pedal linkage is configured to affect a first rate of change of the brake pedal effort input with respect to depression of the operator brake pedal through an initial range of motion of the operator brake pedal, wherein the initial range of motion is associated with an initial rate of change of the effective radius, wherein the brake pedal linkage is further configured to affect a second rate of change of the brake pedal effort input with respect to depression of the operator brake pedal through a subsequent range of motion of the operator brake pedal, wherein the subsequent range of motion is associated with a subsequent rate of change of the effective radius, wherein the subsequent rate of change of the effective radius is greater than the initial rate of change of the effective radius, and wherein the second rate of change of the brake pedal effort input is greater than the first rate of change.
A medical needleless connector comprising: a housing defining an internal cavity and a central longitudinal axis, the housing comprising, (i) a body section comprising a first port and an inner contact tab extending into the internal cavity, and (ii) a base section comprising a valve mount at a top of the base section and a second port at a bottom of the base section, the valve mount comprising an upper wall axially separated from a lower wall by a valve mount rim extending between the upper wall and the lower wall, the upper wall and the lower wall being transverse to the central longitudinal axis; and a compressible valve comprising a valve wall and a flange, the flange comprising, an upper lip protruding radially outward from an outer surface of the valve wall, a flange rim transverse to the upper lip, and a lower lip extending radially inward from the flange rim, the flange rim retained between the valve mount rim and the inner contact tab and characterized by wherein a cross-sectional width of the internal cavity tapers along the inner contact tab toward the first port when the compressible valve is coupled with the valve mount so that the compressible valve is disposed within at least a portion of the internal cavity. a housing defining an internal cavity and a central longitudinal axis, the housing comprising, (i) a body section comprising a first port and an inner contact tab extending into the internal cavity, and (ii) a base section comprising a valve mount at a top of the base section and a second port at a bottom of the base section, the valve mount comprising an upper wall axially separated from a lower wall by a valve mount rim extending between the upper wall and the lower wall, the upper wall and the lower wall being transverse to the central longitudinal axis; and a compressible valve comprising a valve wall and a flange, the flange comprising, an upper lip protruding radially outward from an outer surface of the valve wall, a flange rim transverse to the upper lip, and a lower lip extending radially inward from the flange rim, the flange rim retained between the valve mount rim and the inner contact tab and characterized by wherein a cross-sectional width of the internal cavity tapers along the inner contact tab toward the first port when the compressible valve is coupled with the valve mount so that the compressible valve is disposed within at least a portion of the internal cavity.
Semiconductor chip, comprising - an n + -doped substrate, above which is situated an n-doped epitaxial layer having trenches introduced into the epitaxial layer and filled with p-doped semiconductor material, said trenches each having a highly p-doped region at their top side, in such a way that an alternating arrangement of n-doped regions having a first width (Wn) and p-doped regions having a second width (Wp) is present, - a first metal layer provided at the front side of the semiconductor chip, said first metal layer forming a Schottky contact with the n-doped epitaxial layer and an ohmic contact with the highly p-doped regions and serving as an anode electrode, - a second metal layer provided at the rear side of the semiconductor chip, said second metal layer constituting an ohmic contact and serving as a cathode electrode, wherein - a respective dielectric layer is provided between an n-doped region and an adjacent p-doped region, wherein - a combination of a Schottky diode with a PiN diode, which are galvanically isolated from one another, is present, which diodes together form a superjunction structure, such that all doping atoms of the n-doped regions and of the p-doped regions are ionized when a reverse voltage is present, and wherein a high level injection in which the injected minority charge carriers exceed the doping concentration of the p-doped regions occurs in the forward direction in the PiN diode. - an n + -doped substrate, above which is situated an n-doped epitaxial layer having trenches introduced into the epitaxial layer and filled with p-doped semiconductor material, said trenches each having a highly p-doped region at their top side, in such a way that an alternating arrangement of n-doped regions having a first width (Wn) and p-doped regions having a second width (Wp) is present, - a first metal layer provided at the front side of the semiconductor chip, said first metal layer forming a Schottky contact with the n-doped epitaxial layer and an ohmic contact with the highly p-doped regions and serving as an anode electrode, - a second metal layer provided at the rear side of the semiconductor chip, said second metal layer constituting an ohmic contact and serving as a cathode electrode, wherein - a respective dielectric layer is provided between an n-doped region and an adjacent p-doped region, wherein - a combination of a Schottky diode with a PiN diode, which are galvanically isolated from one another, is present, which diodes together form a superjunction structure, such that all doping atoms of the n-doped regions and of the p-doped regions are ionized when a reverse voltage is present, and wherein a high level injection in which the injected minority charge carriers exceed the doping concentration of the p-doped regions occurs in the forward direction in the PiN diode.