mhurhangee/ep-ind-claims huggingface dataset:
Transport bag (10; 10.1-10.5) for transport of an item for transport in a hanging manner by means of a transport device (23; 23') extending in a transport direction, which transport bag (10; 10.1-10.5) has a rear wall which is oriented transversely to the transport direction and has a front wall which is oriented transversely to the transport direction, which walls are connected movably with respect to one another at an upper bag termination and a lower bag termination such that the front wall relative to the rear wall between a full position, in which it is at a first distance from the rear wall, and an empty position, in which it is at a second distance from the rear wall, which second distance is smaller than the first distance, and which transport bag (10; 10.1-10.5) can be connected in a hanging manner to the transport device (23; 23') by means of a connecting means (13; 13'; 13") which is attached to the top of the rear wall, characterized in that, in the region of the lower bag termination, the rear wall has laterally arranged first localized guide elements (17a, 17b) for guidance of the transport bag (10; 10.1-10.5).
A method performed by a user equipment, UE, (110, 230) connected to a first wireless local access network, WLAN, access point, AP,, the method comprising: receiving a first policy from a radio access network, RAN, defining when to report values for a first communication characteristic for communication with said first WLAN AP and a second WLAN AP, respectively, said RAN employing a different radio access technology than said first WLAN AP and said second WLAN AP; searching for said second WLAN AP; determining values for said first communication characteristic for communication with said first WLAN AP and said second WLAN AP, respectively; and reporting said values for said first communication characteristic for said first WLAN AP and said second WLAN AP to said RAN when a first difference between said values crosses a first threshold in accordance with said first policy. receiving a first policy from a radio access network, RAN, defining when to report values for a first communication characteristic for communication with said first WLAN AP and a second WLAN AP, respectively, said RAN employing a different radio access technology than said first WLAN AP and said second WLAN AP; searching for said second WLAN AP; determining values for said first communication characteristic for communication with said first WLAN AP and said second WLAN AP, respectively; and reporting said values for said first communication characteristic for said first WLAN AP and said second WLAN AP to said RAN when a first difference between said values crosses a first threshold in accordance with said first policy.
Method for the continuous storage of internal operating states and for the visualization of past workflow sequences for a robot, comprising a robot controller, wherein the robot is mounted on or next to an injection-molding machine, and performs an extraction, handling, manipulation or further processing of injection-molded parts which have just been produced, characterized in that the robot controller continuously stores internal data, such as changes in state, positions, internal parameters, time stamps, etc., of the robot, of the injection-molding machine and preferably of connected automation components 18 and/or systems, respectively (6, 8, 15,19), and, in case of occurrence of an error, links this most recently recorded information to the error and stores it, wherein the changes in state up to the occurrence of the respective error are reconstructed for analysis on the basis of a virtual model of the physical robot and visually displayed, wherein the data storage is carried out directly in the robot controller and the visualization displayed on the output unit of the robot controller with the aid of a virtual robot model, wherein the virtual robot model is able to run the movements of the robot at various speeds, in particular in slow motion.
An injectable aqueous implant formulation which has been sterilized by gamma-ray or X-ray- irradiation and which comprises 25-45 w/w % of a mixture of nanocrystalline hydroxyapatite particles derived from natural bone having a size of 50 to 200 μm as determined by sieving and fragments of naturally crosslinked fibrous collagen material that pass through a 0.5 mm sieve, whereby the w/w ratio of nanocrystalline hydroxyapatite to collagen is from 1.8 to 4.5, characterized in that it contains 0.1-1 w/w % ascorbic acid.
Method for operating a brake system of a vehicle, in particular motor vehicle, wherein the brake system has at least one electrical actuator, in particular brake booster, which can be actuated to generate a braking force, wherein the actuator can be actuated by an autonomous driving system and depending on an operation of a brake pedal of the vehicle, and wherein an emergency braking process is initiated if the actuator is actuated both by the autonomous driving system and by a brake pedal operation, characterized in that a varying validation signal is superimposed on the actuation by the autonomous driving system, in that a difference in travel between an actuator element of the actuator and the brake pedal is monitored, and in that the actuation of the actuator by a brake pedal operation during the actuation by the autonomous driving system is identified if the difference in travel varies.
An RFID antenna comprising an elongated structure existing along an axis and including twin feed lines (12, 61, 66, 76) of electrically conductive material, the feed lines (12, 61, 66, 76) being in a common plane and being generally uniformly laterally spaced from one another at areas along a length of the antenna, and a plurality of radiating perturbations (16, 62) associated with the feed lines (12, 61, 66, 76) at a plurality of locations spaced along the feed lines (12, 61, 66, 76), wherein the elongated structure is long compared to a signal wavelength at an RFID design frequency; the feed lines (12, 61, 66, 76) are ribbon-like, and at each location, each feed line (12, 61, 66, 76) has a perturbation (16, 62), the perturbations (16, 62) being spaced about one wavelength at the RFID design frequency; wherein said perturbations are branch radiators (16, 62) in electrical communication with their respective feed line (12, 61), wherein said branch radiators (16, 62) are disposed at angles with respect to the axis, and wherein alternate pairs of said branch radiators (16, 62) have a positive angle with respect to the axis and intervening pairs of branch radiators (16, 62) have a negative angle with respect to the axis.
A light emitting diode, comprising: a plurality of layers including at least two layers, wherein a first layer (2, 32, 52) of the plurality of layers has a nanostructured surface, the nanostructured surface comprising a quasi-periodic, anisotropic array of elongated ridge elements (24, 24a, 24b, 32a, 32b, 52a, 52b) having a wave-ordered structure pattern produced using a nanomask formed by irradiation of a layer of amorphous silicon or aluminum-containing semiconductor other that pure Aluminum Nitride (AlN) with an oblique beam of nitrogen ions to produce an island-like or net-like structure, each ridge element having a wavelike cross-section and oriented substantially in a first direction.
An embolic device for use in treating a vascular disorder, the embolic device comprising: a first coil; a second coil separate from the first coil; and a mesh-screen segment; wherein the mesh-screen segment is disposed between the first coil and the second coil along a length of the embolic device, and the first coil is connected to a first end of the mesh-screen segment and the second coil is connected to a second end of the mesh-screen segment; wherein the mesh-screen segment is formed from at least one flat surface; and characterised in that the mesh-screen segment comprises through-thickness perforations. a first coil; a second coil separate from the first coil; and a mesh-screen segment; wherein the mesh-screen segment is disposed between the first coil and the second coil along a length of the embolic device, and the first coil is connected to a first end of the mesh-screen segment and the second coil is connected to a second end of the mesh-screen segment; wherein the mesh-screen segment is formed from at least one flat surface; and characterised in that the mesh-screen segment comprises through-thickness perforations.
A blister-pack case designed to receive a blister pack of a known type having a plurality of cells, each of which contains a product, for example a pill, constituted by a container with an internal compartment closable and accessible from outside in which the blister pack is inserted or rests with its push-through surface on a surface or grid having a plurality of through holes in such a way that each cell corresponds to a respective hole of the grid, wherein above and/or underneath said grid, there are provided means (6, 30, 34) designed to detect the presence or absence of each pill or tablet that is dropped from one of the overlying cells following upon the pressure that the user exerts on said deformable cell of the blister pack, wherein the data collected by said detection means being sent to a central processing unit that processes and stores said data together with the time and date of detection in a resident memory, and displays them on a display of the blister-pack case itself; said blister-pack case being further equipped with autonomous power supply means, such as for example one or more batteries, also of a rechargeable type and/or with an input for enabling insertion of the plug of a power supply, characterized in that said means designed to detect the presence or absence of each pill or tablet are optical or capacitive means, said optical means comprise both receiving and emitting means.
Prosthetic device comprising at least one part consisting of a material comprising at least one polyarylene, of which the efficient arylene recurring units are a mix consisting of: - less than 70 mole %, based on the total number of moles of efficient arylene recurring units, of rigid rod-forming arylene units (Ra), said rigid rod-forming arylene units (Ra) being optionally substituted by at least one monovalent substituting group with - more than 30 mole %, up to 90 mole %, based on the total number of moles of efficient arylene recurring units, of kink-forming arylene units (Rb), said kink-forming arylene units being optionally substituted by at least one monovalent substituting group, characterized in that the material further comprises at least one polyarylene, of which the efficient arylene recurring units are a mix consisting of: - at least 70 mole %, based on the total number of moles of efficient arylene recurring units, of rigid rod-forming arylene units (Ra), said rigid rod-forming arylene units (Ra) being optionally substituted by at least one monovalent substituting group with - from 5 mole % to 30 mole %, based on the total number of moles of efficient arylene recurring units, of kink-forming arylene units (Rb), said kink-forming arylene units being optionally substituted by at least one monovalent substituting group. - less than 70 mole %, based on the total number of moles of efficient arylene recurring units, of rigid rod-forming arylene units (Ra), said rigid rod-forming arylene units (Ra) being optionally substituted by at least one monovalent substituting group - more than 30 mole %, up to 90 mole %, based on the total number of moles of efficient arylene recurring units, of kink-forming arylene units (Rb), said kink-forming arylene units being optionally substituted by at least one monovalent substituting group, - at least 70 mole %, based on the total number of moles of efficient arylene recurring units, of rigid rod-forming arylene units (Ra), said rigid rod-forming arylene units (Ra) being optionally substituted by at least one monovalent substituting group - from 5 mole % to 30 mole %, based on the total number of moles of efficient arylene recurring units, of kink-forming arylene units (Rb), said kink-forming arylene units being optionally substituted by at least one monovalent substituting group.
A method for teaching, by a data processing system, a configuration of an articulated real robot in a real environment by determining a configuration of an articulated virtual robot in a virtual environment, wherein the virtual environment is provided with at least one virtual robot representing at least one real robot; the at least one virtual robot being defined by a three-dimensional virtual model; the method comprising: receiving a positioning of a 3D camera in a real scene; registering the 3D camera in the virtual environment; receiving a positioning of at least one articulated real robot at a specific configuration in the real scene; whereby the robot configuration is varied manually by a user's hand so that robot programming can conveniently be done via physical robot guidance; capturing, by the 3D camera, at least one 3D image of the at least one real robot positioned in the real scene; identifying, from the at least one captured 3D image, the at least one real robot; linking the at least one identified real robot to a corresponding articulated virtual robot; extracting configuration data of the specific configuration in the real scene of the at least one identified real robot; and determining, from the extracted configuration data, a specific virtual configuration of the virtual robot in the virtual environment reflecting the configuration of the corresponding real robot in the real scene; positioning in the virtual environment the virtual robot at a determined specific virtual pose based on the determined specific virtual configuration; and, once at least two robot poses are determined, calculating the robotic path between poses taking into account a set of defined constraints. receiving a positioning of a 3D camera in a real scene; registering the 3D camera in the virtual environment; receiving a positioning of at least one articulated real robot at a specific configuration in the real scene; whereby the robot configuration is varied manually by a user's hand so that robot programming can conveniently be done via physical robot guidance; capturing, by the 3D camera, at least one 3D image of the at least one real robot positioned in the real scene; identifying, from the at least one captured 3D image, the at least one real robot; linking the at least one identified real robot to a corresponding articulated virtual robot; extracting configuration data of the specific configuration in the real scene of the at least one identified real robot; and determining, from the extracted configuration data, a specific virtual configuration of the virtual robot in the virtual environment reflecting the configuration of the corresponding real robot in the real scene; positioning in the virtual environment the virtual robot at a determined specific virtual pose based on the determined specific virtual configuration; and, once at least two robot poses are determined, calculating the robotic path between poses taking into account a set of defined constraints.
Dial assembly for a timepiece, comprising a base plate on which feet are fixed, directly or indirectly, said dial assembly comprising a three-dimensional decoration which comprises at least one offset element distanced from said base plate and fixed to said base plate through at least one said foot, characterised in that at least one said offset element comprises at least one bush provided to be pressed in, by abutting on an upper support which it comprises, on an upper support which one said foot comprises, and abutting on a shoulder which said foot comprises.
A display device having an electrostatic capacity touch panel that detects touch position coordinates in a display region by an electrostatic capacity coupling method, wherein the electrostatic capacity touch panel comprises: a plurality of X electrodes comprising pad parts and thin line parts; a plurality of Y electrodes comprising pad parts and thin line parts; and one or a plurality of Z electrodes; each of the plurality of X electrodes and each of the plurality of Y electrodes intersect each other via a first insulating layer, and the pad part of the each of the plurality of X electrodes and the pad part of the each of the plurality of Y electrodes are disposed so as not to overlap each other in plan view; the one or the plurality of Z electrodes are disposed closer to a place where a touch operation is input than the plurality of X electrodes and the plurality of Y electrodes; and when the electrostatic capacity touch panel comprises the one Z electrode, the one Z electrode is formed via a second insulating layer so as to overlap both the plurality of X electrodes and the plurality of Y electrodes in plan view; and when the electrostatic capacity touch panel comprises a plurality of Z electrodes, each of the plurality of Z electrodes is formed via a second insulating layer so as to overlap both one of the plurality of X electrodes and one of the plurality of Y electrodes which are adjacent to each other in plan view; characterized in that each of the plurality of X electrodes and each of the plurality of Y electrodes are formed so as to alternately array pad parts and thin line parts in extending directions of the each of the plurality of X electrodes and the each of the plurality of Y electrodes; when the electrostatic capacity touch panel comprises the one Z electrode, said one Z electrode is in an electrically floating state such that a first capacitance (Cxz) between the one Z electrode and the plurality of X electrodes and a second capacitance (Cyz) between the one Z electrode and the plurality of Y electrodes are serially connected; and when the electrostatic capacity touch panel comprises a plurality of Z electrodes, the plurality of Z electrodes are in an electrically floating state such that a first capacitance (Cxz) between one of the plurality of Z electrodes and the respective one of the plurality of X electrodes and a second capacitance (Cyz) between said one of the plurality of Z electrodes and the respective one of the plurality of Y electrodes are serially connected. a plurality of X electrodes comprising pad parts and thin line parts; a plurality of Y electrodes comprising pad parts and thin line parts; and one or a plurality of Z electrodes;
A method of manufacturing a patient-specific prosthesis, the method comprising: acquiring scan data of a patient's mouth including an attachment member (10a, 10b, 10c) coupled to a dental implant installed in the patient's mouth and adjacent gingival tissue and teeth, the attachment member (10a, 10b, 10c) having a set of radiopaque information markers positioned within radiopaque marker cavities (31a, 31b) located internal to an exterior side surface and a top surface of the attachment member (10a, 10b, 10c), the set of radiopaque information markers being equidistant from a central axis of the attachment member, the set of radiopaque information markers configured to indicate information regarding the dental implant; creating a three-dimensional computer model from the scan data; and designing a three-dimensional computer model of the at least a portion of the patient-specific prosthesis based on the information indicated from the set of radiopaque information markers and based on design data for the attachment member (10a, 10b, 10c). acquiring scan data of a patient's mouth including an attachment member (10a, 10b, 10c) coupled to a dental implant installed in the patient's mouth and adjacent gingival tissue and teeth, the attachment member (10a, 10b, 10c) having a set of radiopaque information markers positioned within radiopaque marker cavities (31a, 31b) located internal to an exterior side surface and a top surface of the attachment member (10a, 10b, 10c), the set of radiopaque information markers being equidistant from a central axis of the attachment member, the set of radiopaque information markers configured to indicate information regarding the dental implant; creating a three-dimensional computer model from the scan data; and designing a three-dimensional computer model of the at least a portion of the patient-specific prosthesis based on the information indicated from the set of radiopaque information markers and based on design data for the attachment member (10a, 10b, 10c).
Process for the production of α,γ-dichlorohydrin in which glycerol is put in contact with hydrochloric acid in the presence of one or more acyl chloride mono, bi or poly-functional, as catalyst.
A turbine bucket, comprising: a shank defining a cavity therein, which is connectible with a rotor such that wheelspace air having an initial pressure is permitted to flow into the cavity; and a platform coupled to the shank and comprising a plurality of tributary cooling holes therein, the platform comprising an aft platform at which the plural tributary cooling holes terminate, a trench cavity being defined substantially radially inwardly of the aft platform, the aft platform having a flow path facing surface and a trench cavity facing surface, a first group of the plural tributary cooling holes being aligned with one another and terminating at the flow path facing surface, characterized by a second group of the plural tributary cooling holes being aligned with one another and terminating at the trench cavity facing surface, the shank and the platform each further defining the cavity and the plural tributary cooling holes, respectively, such that the cavity and the plural tributary cooling holes are fluidly communicative and such that the wheelspace air, which is permitted to flow into the cavity, is deliverable: from the cavity to the plural tributary cooling holes and through the plural tributary cooling holes at a second pressure, which is greater than the initial pressure. a shank defining a cavity therein, which is connectible with a rotor such that wheelspace air having an initial pressure is permitted to flow into the cavity; and a platform coupled to the shank and comprising a plurality of tributary cooling holes therein, the platform comprising an aft platform at which the plural tributary cooling holes terminate, a trench cavity being defined substantially radially inwardly of the aft platform, the aft platform having a flow path facing surface and a trench cavity facing surface, a first group of the plural tributary cooling holes being aligned with one another and terminating at the flow path facing surface, characterized by a second group of the plural tributary cooling holes being aligned with one another and terminating at the trench cavity facing surface, the shank and the platform each further defining the cavity and the plural tributary cooling holes, respectively, such that the cavity and the plural tributary cooling holes are fluidly communicative and such that the wheelspace air, which is permitted to flow into the cavity, is deliverable: from the cavity to the plural tributary cooling holes and through the plural tributary cooling holes at a second pressure, which is greater than the initial pressure. from the cavity to the plural tributary cooling holes and through the plural tributary cooling holes at a second pressure, which is greater than the initial pressure.