mhurhangee/ep-ind-claims huggingface dataset:
Device for generating light pulses for characterization, standardization and/or calibration of photodetectors within a flow cytometer or microscope comprising a) a control unit b) at least one emission light source and c) a light guide, wherein the control unit is configured to generate an electrical signal having a predetermined waveform by means of which the at least one emission light source is controlled to generate light pulses, and the at least one emission light source is positioned for coupling the light pulses into the light guide characterized in that the device comprises at least one feedback detector and a control light source, wherein the control light source is present in series connection with the at least one emission light source, so that the control light source is controlled by means of the same electrical signal for generating light pulses and wherein the control light source is present positioned in such a way that the light pulses actually generated by the control light source are not coupled into the light guide, but are detected by the feedback detector and transmitted to a regulating unit which is configured for a readjustment of the electrical signal, wherein the feedback detector does not directly detect the light pulses of the emission light source. a) a control unit b) at least one emission light source and c) a light guide,
Method for providing and executing a cooking recipe for preparing a dish, wherein the method comprises the following steps: - recording a culinary concept, wherein the dish fulfils the concept; - wherein the concept comprises at least one role, the fulfilment of which is imperative for the dish; - wherein the role describes a function of the dish or one of its components; - determining ingredients and processing steps for processing the ingredients in order to fulfil the at least one role; - determining the cooking recipe on the basis of the determined ingredients and processing steps and - executing, in particular executing in an automated manner, the cooking recipe determined in this manner by means of at least one kitchen appliance; characterised by the step - determining physio-chemical functions that are required for the fulfilment of the role, wherein a function of an ingredient of the dish is specified in the form of an ontology; and - determining whether the dish can still fulfil the concept if one of the ingredients or one of the processing steps is changed in a predetermined manner. - recording a culinary concept, wherein the dish fulfils the concept; - wherein the concept comprises at least one role, the fulfilment of which is imperative for the dish; - wherein the role describes a function of the dish or one of its components; - determining ingredients and processing steps for processing the ingredients in order to fulfil the at least one role; - determining the cooking recipe on the basis of the determined ingredients and processing steps and - executing, in particular executing in an automated manner, the cooking recipe determined in this manner by means of at least one kitchen appliance; characterised by the step - determining physio-chemical functions that are required for the fulfilment of the role, wherein a function of an ingredient of the dish is specified in the form of an ontology; and - determining whether the dish can still fulfil the concept if one of the ingredients or one of the processing steps is changed in a predetermined manner.
Autofrettage device for the autofrettage of workpieces, comprising: - a housing that is enclosed in an encircling manner for receiving the workpiece, wherein the housing has an internal side; - at least one sealing element for closing and opening of the workpiece; and - an infeed unit for feeding an autofrettage medium into an interior of the workpiece, wherein the sealing element is disposed on the internal side of the housing and has a movable piston for closing the opening. - a housing that is enclosed in an encircling manner for receiving the workpiece, wherein the housing has an internal side; - at least one sealing element for closing and opening of the workpiece; and - an infeed unit for feeding an autofrettage medium into an interior of the workpiece,
A method for manufacturing a rubber composition for a tire, comprising the steps of: starting to knead a rubber component, a sulfur donor, and a sulfur atom-containing vulcanization accelerator together before kneading the rubber component with a filler; and then adding a filler to an obtained kneaded product and performing kneading at a kneading temperature of 120°C or higher, wherein the sulfur donor is a sulfur compound. starting to knead a rubber component, a sulfur donor, and a sulfur atom-containing vulcanization accelerator together before kneading the rubber component with a filler; and then adding a filler to an obtained kneaded product and performing kneading at a kneading temperature of 120°C or higher, wherein the sulfur donor is a sulfur compound.
A product (10, 110, 210) that includes: a glass container (12, 112) including a neck (24, 124) having an interior passage (32, 132) including a through bore (34, 134), a counterbore (36, 136), and an internal step (38, 138) between the throughbore and counterbore; a fitment (14, 114, 214) coupled to the neck of the container in the counterbore thereof via an interference fit characterized in that the fitment comprises a metal outer wall and in that the interference fit is between the container neck and said metal outer wall of the fitment, wherein the interference fit non-removably secures the fitment to the container to render the product tamper-evident, and wherein an interior axial end of the fitment is axially located against the internal step in the container and an outer axial end of the fitment extends axially out the container axially beyond a lip of the container to form an anti-drip feature. a glass container (12, 112) including a neck (24, 124) having an interior passage (32, 132) including a through bore (34, 134), a counterbore (36, 136), and an internal step (38, 138) between the throughbore and counterbore; a fitment (14, 114, 214) coupled to the neck of the container in the counterbore thereof via an interference fit characterized in that the fitment comprises a metal outer wall and in that the interference fit is between the container neck and said metal outer wall of the fitment, wherein the interference fit non-removably secures the fitment to the container to render the product tamper-evident, and wherein an interior axial end of the fitment is axially located against the internal step in the container and an outer axial end of the fitment extends axially out the container axially beyond a lip of the container to form an anti-drip feature.
A method for performing category-based access control by a user equipment, UE, in a wireless communication system, the method comprising: receiving barring information mapped to multiple signaling categories from a network, wherein each of the multiple signaling categories corresponds to one or more procedures, wherein the one or more procedures includes one or more non-access stratum, NAS, procedures and one or more radio resource control, RRC, procedures; initiating an update procedure related to a radio access network, RAN, based area among the one or more procedures; determining, by a RRC layer of the UE, a signaling category, among the multiple signaling categories, corresponding to the initiation of the update procedure related to the RAN based area; performing the category-based access control for the determined signaling category based on the barring information; and transmitting, to the network, a RRC message for the update procedure related to the RAN based area upon that the update procedure related to the RAN based area is not barred as a result of the category-based access control for the determined signaling category. receiving barring information mapped to multiple signaling categories from a network, wherein each of the multiple signaling categories corresponds to one or more procedures, wherein the one or more procedures includes one or more non-access stratum, NAS, procedures and one or more radio resource control, RRC, procedures; initiating an update procedure related to a radio access network, RAN, based area among the one or more procedures; determining, by a RRC layer of the UE, a signaling category, among the multiple signaling categories, corresponding to the initiation of the update procedure related to the RAN based area; performing the category-based access control for the determined signaling category based on the barring information; and transmitting, to the network, a RRC message for the update procedure related to the RAN based area upon that the update procedure related to the RAN based area is not barred as a result of the category-based access control for the determined signaling category.
A method for producing a portable data carrier with a chip, wherein - a data carrier body is produced, - at least one recess in the data carrier body is produced, - the chip is inserted into the recess, - at least one contact is produced, which is disposed on the surface of the data carrier body and one contact in each case has an electroconductive connection with respectively one electroconductive layer applied to the chip, on which electroconductive layer the contact is arranged, wherein there is no electroconductive connection between the connectors of the chip, characterized by the steps that - to the surface of the chip at least one electroconductive layer is applied over at least one connector of the chip, so that between the applied layer and the connector of the chip there is an electroconductive connection, wherein the area of the applied layer is larger than the area of the connector of the chip, wherein between the connectors of the chip on the surface there is no electroconductive connection, - wherein the at least one contact disposed on the surface of the data carrier body is produced by means of screen printing or tampon printing or a spraying technique or a lithographic method or a deposition process, - wherein the material for producing the at least one contact is transparent and electroconductive. - a data carrier body is produced, - at least one recess in the data carrier body is produced, - the chip is inserted into the recess, - at least one contact is produced, which is disposed on the surface of the data carrier body and one contact in each case has an electroconductive connection with respectively one electroconductive layer applied to the chip, on which electroconductive layer the contact is arranged, wherein there is no electroconductive connection between the connectors of the chip, - to the surface of the chip at least one electroconductive layer is applied over at least one connector of the chip, so that between the applied layer and the connector of the chip there is an electroconductive connection, wherein the area of the applied layer is larger than the area of the connector of the chip, wherein between the connectors of the chip on the surface there is no electroconductive connection, - wherein the at least one contact disposed on the surface of the data carrier body is produced by means of screen printing or tampon printing or a spraying technique or a lithographic method or a deposition process, - wherein the material for producing the at least one contact is transparent and electroconductive.
A rotary cutting tool for generating asymmetrical teeth in a gear wheel wherein each tooth has an active side with convex profile conjugated with the profile of a tooth of a counter gear wheel meshing with the gear wheel and a secondary concave side, whereby the tool is provided with a toothing having a generally helical development, which extends on one side and the other side with respect to a median section (M-M) of the tool intended to be intersected by the radius Rp of the wheel, said radius Rp being orthogonal to the rotation axis of the tool operating on the wheel to generate the teeth thereof, the helical toothing having a first side defining a cutting edge intended to generate said active side of the wheel teeth and a second side defining a cutting edge intended to generate the secondary side, the pitch between the cutting edge of the first side of the helical toothing being constant and the pitch between the cutting edge of the second side of the toothing being greater than the pitch and variable along the axial direction of the tool.
A prosthetic heart valve delivery device, comprising: an elongate catheter shaft having a first lumen, a second lumen, and a third lumen extending along the length of the catheter shaft, wherein the first lumen is radially centrally disposed, the second lumen is disposed radially outwardly from the first lumen, and the third lumen is disposed radially outwardly from the first lumen and diametrically opposite the second lumen; a pull wire disposed in the second lumen of the catheter shaft; and an elongate stability member in the form of a flat strip insertable into and moveable along the correspondingly-shaped third lumen of the catheter shaft so as to stiffen a distal end portion of the catheter shaft. an elongate catheter shaft having a first lumen, a second lumen, and a third lumen extending along the length of the catheter shaft, wherein the first lumen is radially centrally disposed, the second lumen is disposed radially outwardly from the first lumen, and the third lumen is disposed radially outwardly from the first lumen and diametrically opposite the second lumen; a pull wire disposed in the second lumen of the catheter shaft; and an elongate stability member in the form of a flat strip insertable into and moveable along the correspondingly-shaped third lumen of the catheter shaft so as to stiffen a distal end portion of the catheter shaft.
A transmission line formation method, comprising: printing a first line of self-supporting metallic material, SSMM, along a span above a ground plane; printing first and second lines of grounded metallic material, GMM, along the ground plane on either side of the first line; forming ground walls by printing additional lines of metallic material, AMM, on the first and second lines of the GMM and on previously printed lines of the AMM; and forming a lid by printing second lines of the SSMM above a plane of the first line of the SSMM. printing a first line of self-supporting metallic material, SSMM, along a span above a ground plane; printing first and second lines of grounded metallic material, GMM, along the ground plane on either side of the first line; forming ground walls by printing additional lines of metallic material, AMM, on the first and second lines of the GMM and on previously printed lines of the AMM; and forming a lid by printing second lines of the SSMM above a plane of the first line of the SSMM.
A terminal display assembly, comprising: a display screen defining a first through hole penetrating through the display screen in a thickness direction of the display screen; a first light-transmissive cover plate provided on and covering the display screen and defining a second through hole penetrating through the first light-transmissive cover plate in a thickness direction thereof, the second through hole having a size larger than that of the first through hole; and a light-shielding member and a second light-transmissive cover plate; characterized in that a supporting surface is formed on the display screen, the supporting surface being a portion of the display screen exposed through the second through hole, and the supporting surface being parallel to a display surface of the display screen; wherein the light-shielding member has a bottom wall and a side wall, the side wall and the bottom wall defining a receiving space, the side wall being adjacent to the first light-transmissive cover plate, the bottom wall being provided on the supporting surface and having a third through hole penetrating through the bottom wall in a thickness direction thereof, and the third through hole, the second through hole and the first through hole being in communication with each other; and wherein the second light-transmissive cover plate is provided within the receiving space, is superimposed on the bottom wall, and covers the first through hole and the third through hole, the side wall being located between the second light-transmissive cover plate and the first light-transmissive cover plate. a display screen defining a first through hole penetrating through the display screen in a thickness direction of the display screen; a first light-transmissive cover plate provided on and covering the display screen and defining a second through hole penetrating through the first light-transmissive cover plate in a thickness direction thereof, the second through hole having a size larger than that of the first through hole; and a light-shielding member and a second light-transmissive cover plate; characterized in that a supporting surface is formed on the display screen, the supporting surface being a portion of the display screen exposed through the second through hole, and the supporting surface being parallel to a display surface of the display screen; wherein the light-shielding member has a bottom wall and a side wall, the side wall and the bottom wall defining a receiving space, the side wall being adjacent to the first light-transmissive cover plate, the bottom wall being provided on the supporting surface and having a third through hole penetrating through the bottom wall in a thickness direction thereof, and the third through hole, the second through hole and the first through hole being in communication with each other; and wherein the second light-transmissive cover plate is provided within the receiving space, is superimposed on the bottom wall, and covers the first through hole and the third through hole, the side wall being located between the second light-transmissive cover plate and the first light-transmissive cover plate.
Method for producing equilibrium peracetic acid by reacting acetic acid with hydrogen peroxide in an aqueous reaction mixture, characterized in that the reaction is carried out in the presence of methanesulphonic acid as catalyst.
An evaluation apparatus connected to a bus used by a plurality of electronic control units (102, 103, 104) that constitute an electronic control system for communication, the evaluation apparatus evaluating the electronic control system in terms of security, wherein the plurality of electronic control units (102, 103, 104) communicate with one another via the bus in accordance with CAN, Controller Area Network, protocol, the evaluation apparatus comprising: a transmitting unit that sends, to the bus, at least one attack frame, wherein the at least one attack frame includes an invalidation frame for invalidating a frame on the bus, wherein the invalidation frame is an error frame, and after sending the error frame, the transmitting unit sends an attack frame having the same ID as the frame invalidated by the error frame and content that differs from content of the invalidated frame; a monitoring unit that monitors at least one of the plurality of electronic control units (102, 103, 104); and an evaluation unit that performs the evaluation on the basis of a result of monitoring performed by the monitoring unit when the attack frame is sent from the transmitting unit to the bus. a transmitting unit that sends, to the bus, at least one attack frame, wherein the at least one attack frame includes an invalidation frame for invalidating a frame on the bus, wherein the invalidation frame is an error frame, and after sending the error frame, the transmitting unit sends an attack frame having the same ID as the frame invalidated by the error frame and content that differs from content of the invalidated frame; a monitoring unit that monitors at least one of the plurality of electronic control units (102, 103, 104); and an evaluation unit that performs the evaluation on the basis of a result of monitoring performed by the monitoring unit when the attack frame is sent from the transmitting unit to the bus.
A method of using an assembly (110, 416, 502, 616) to sense an analyte level of a subject, the assembly comprising a base (111, 306, 407, 503, 607), an insertion needle (114, 402, 602), and a sensor (112, 406, 501, 606), the method comprising: inserting a tip portion of the insertion needle and a tip portion of the sensor, together, into a layer of a skin site of a subject such that the sensor is not inserted beyond the subcutaneous layer, wherein a longitudinal central axis (L N1) along the tip portion of the insertion needle is in a converging angled relationship with a longitudinal central axis (Lsi) along the tip portion of the sensor such that the insertion needle contacts or comes close to the distal portion of the sensor and the tip portion of the insertion needle creates an insertion path for the sensor as the insertion needle is inserted into the skin site; and sensing an analyte level in the skin site with the sensor. inserting a tip portion of the insertion needle and a tip portion of the sensor, together, into a layer of a skin site of a subject such that the sensor is not inserted beyond the subcutaneous layer, wherein a longitudinal central axis (L N1) along the tip portion of the insertion needle is in a converging angled relationship with a longitudinal central axis (Lsi) along the tip portion of the sensor such that the insertion needle contacts or comes close to the distal portion of the sensor and the tip portion of the insertion needle creates an insertion path for the sensor as the insertion needle is inserted into the skin site; and sensing an analyte level in the skin site with the sensor.
An opening system interposed between a first volume and a second volume, comprising: - a frame having an aperture plane between the first volume and the second volume; - an opening frame movable relative to the frame and able to adopt an interstitial position in which the opening frame is contiguous to the aperture plane; - at least one member for emitting a luminous flux, intended to emit a luminous flux in the interstitial position of the opening frame, characterized in that: - the opening frame has an edge provided with a peripheral groove having an aperture opening out onto the edge, the peripheral groove being extended by a housing receiving the emission member; and in that the opening frame integrates, in the peripheral groove, a subsystem for guiding the luminous flux, this subsystem comprising: - a light guide positioned in the aperture; - at least one diffusion element positioned in the housing between the emission member and the peripheral groove, and receiving the entirety of the luminous flux coming from the emission member; - a reflection element receiving at least part of the luminous flux coming from the or each diffusion element, to direct it towards the aperture, and in that the housing forms an elbow with the peripheral groove. - a frame having an aperture plane between the first volume and the second volume; - an opening frame movable relative to the frame and able to adopt an interstitial position in which the opening frame is contiguous to the aperture plane; - at least one member for emitting a luminous flux, intended to emit a luminous flux in the interstitial position of the opening frame, - the opening frame has an edge provided with a peripheral groove having an aperture opening out onto the edge, the peripheral groove being extended by a housing receiving the emission member; - a light guide positioned in the aperture; - at least one diffusion element positioned in the housing between the emission member and the peripheral groove, and receiving the entirety of the luminous flux coming from the emission member; - a reflection element receiving at least part of the luminous flux coming from the or each diffusion element, to direct it towards the aperture, and in that the housing forms an elbow with the peripheral groove.