mhurhangee/ep-ind-claims huggingface dataset:
A cold forging former apparatus with a redirecting function of a shaped object, the cold forging former apparatus comprising: a main mold part including a first guide for receiving a horizontally laid shaped object, a guide slope for receiving the horizontally laid shaped object from the first guide wherein the guide slope is configured to redirect the horizontally laid shaped object toward a vertical position, an ejector pin, and a second guide for discharging the vertically laid shaped object; and a punch mold part having a punch pin, wherein, in use, the horizontally laid shaped object is pushed into the main mold part through the first guide by the punch pin, the shaped object thereby being vertically erected by sliding on the guide slope, and by thereafter moving the ejector pin toward the shaped object to facilitate discharge of the shaped object simultaneously via the first guide and the second guide. a main mold part including a first guide for receiving a horizontally laid shaped object, a guide slope for receiving the horizontally laid shaped object from the first guide wherein the guide slope is configured to redirect the horizontally laid shaped object toward a vertical position, an ejector pin, and a second guide for discharging the vertically laid shaped object; and a punch mold part having a punch pin, wherein, in use, the horizontally laid shaped object is pushed into the main mold part through the first guide by the punch pin, the shaped object thereby being vertically erected by sliding on the guide slope, and by thereafter moving the ejector pin toward the shaped object to facilitate discharge of the shaped object simultaneously via the first guide and the second guide.
A wellbore rod inspection system comprising: a conveyor comprising a roller assembly, and a carriage configured to receive a wellbore rod to be inspected and to be movable on the roller assembly; a drive configured to convey the carriage carrying a wellbore rod for inspection on the roller assembly at a constant speed through apertures in a coil arrangement and sensor assembly; the coil arrangement configured to produce a magnetic field to magnetize the wellbore rod carried on the carriage conveyed by the drive; a sensor assembly comprising sensors radially spaced around an aperture through which the drive is configured to convey the carriage carrying a wellbore rod for inspection along the roller assembly, the sensor assembly configured to detect magnetic flux leakage from the magnetized wellbore rod; and a processor configured to process the detected magnetic flux leakage to detect faults (600, 700) in the wellbore rod. a conveyor comprising a roller assembly, and a carriage configured to receive a wellbore rod to be inspected and to be movable on the roller assembly; a drive configured to convey the carriage carrying a wellbore rod for inspection on the roller assembly at a constant speed through apertures in a coil arrangement and sensor assembly; the coil arrangement configured to produce a magnetic field to magnetize the wellbore rod carried on the carriage conveyed by the drive; a sensor assembly comprising sensors radially spaced around an aperture through which the drive is configured to convey the carriage carrying a wellbore rod for inspection along the roller assembly, the sensor assembly configured to detect magnetic flux leakage from the magnetized wellbore rod; and a processor configured to process the detected magnetic flux leakage to detect faults (600, 700) in the wellbore rod.
Method for manufacturing a back rest structure for vehicle seats, the back rest structure having a back panel element and a seat back frame element, the back panel element and the seat back frame element being fixed to each other, wherein the back panel element and the seat back frame element are provided of a thermoplastic composite material, the thermoplastic composite material comprising a thermoplastic compound material and a reinforcement material, wherein with respect to the thermoplastic composite material the reinforcement material represents 65 wt-% or more than 65 wt-% and wherein the thermoplastic composite material comprises a foam material or a foam core element having a density equal to or higher of 0,040 g/cm 3 and equal to or lower of 0,120 g/cm 3, wherein the reinforcement material is glass fibers, a fiber material based on a volcanic rock material, carbon fibers, basalt fibers, or a combination thereof, wherein the method comprises the steps of: -- prefabricating the thermoplastic composite material in the form of a tape, -- thermoforming the thermoplastic composite material, -- stamping or cutting the thermoplastic composite material, wherein the step of stamping or cutting the thermoplastic composite material is performed either prior or later to thermoforming the thermoplastic composite material, wherein the thermoplastic composite material is prefabricated in the form of a tape, wherein the back panel element and the seat back frame element are attached to one another by thermoforming. -- prefabricating the thermoplastic composite material in the form of a tape, -- thermoforming the thermoplastic composite material, -- stamping or cutting the thermoplastic composite material,
A control method for an automated gearbox of an automotive vehicle, said gearbox being adapted to work in: - a first automatic mode - at least one second driver initiated mode which is different from the first mode wherein said method includes at least the following steps: a) the vehicle driving behaviour is monitored, b) the vehicle driving behaviour is analyzed and determined to be below a first limit value L1, or a second limit value L2,satisfactory or non-satisfactory wherein a first alarm message is sent to the driver below the first limit value L1 and wherein the vehicle driving behavior is determined to be satisfactory above the second limit value L2 and non-satisfactory below the second limit value L2, c) when the driver requests switch of the automated gearbox from the first mode to the second mode, the switch order is followed only if, in step b), the vehicle driving behaviour is determined to be satisfactory (B = OK). - a first automatic mode - at least one second driver initiated mode which is different from the first mode wherein said method includes at least the following steps: a) the vehicle driving behaviour is monitored, b) the vehicle driving behaviour is analyzed and determined to be below a first limit value L1, or a second limit value L2,satisfactory or non-satisfactory wherein a first alarm message is sent to the driver below the first limit value L1 and wherein the vehicle driving behavior is determined to be satisfactory above the second limit value L2 and non-satisfactory below the second limit value L2, c) when the driver requests switch of the automated gearbox from the first mode to the second mode, the switch order is followed only if, in step b), the vehicle driving behaviour is determined to be satisfactory (B = OK). a) the vehicle driving behaviour is monitored, b) the vehicle driving behaviour is analyzed and determined to be below a first limit value L1, or a second limit value L2,satisfactory or non-satisfactory wherein a first alarm message is sent to the driver below the first limit value L1 and wherein the vehicle driving behavior is determined to be satisfactory above the second limit value L2 and non-satisfactory below the second limit value L2, c) when the driver requests switch of the automated gearbox from the first mode to the second mode, the switch order is followed only if, in step b), the vehicle driving behaviour is determined to be satisfactory (B = OK).
Ladder connector for connecting at least two ladders (1, 11, 20), having a first connecting element which can be attached to an outer side of a first ladder rail of a first ladder, wherein the first connecting element has at least one fastening device for connection with the first ladder rail and at least one hook for holding a second ladder on one of its rungs, and a second connecting element which can be attached to an outer side of a second ladder rail of the first ladder, wherein the second connecting element has at least one fastening device for connection with the second ladder rail and at least one hook for holding the second ladder on one of its rungs, wherein the respective connecting element (6, 7) has a further fastening device, characterised in that the further fastening device is configured to engage in a recess in a rung of a further ladder in order to connect the further ladder, at an end of the further ladder, flush with an end of the first ladder.
Electrical circuit having a protective device (11, 15) for the protection of electrical systems against trouble events and means for signaling of at least one functional state of the protective device (11, 15), wherein the signaling means is made so that it can be pulse-activated and so that it will be bistable, that after impulse activation, it does not have any circuit repercussions, and that it is equipped for permanent currentless signaling, characterized in that the protective device has an overvoltage protection device and that the signaling means comprises a longitudinally shaped housing having an upper end with a transparently made ending and a signaling element, wherein the signaling element is movably arranged within the housing and wherein the housing is retained in a housing wall and the signaling means has an electrically operable resetting device by means of which the signaling element can be reset from the second position into the first position.
Device rail which is intended to hold medical devices in the proximity of a patient, wherein the device rail has an elongate profile strip, and holders (3, 4) which are intended to be fixed to a supporting structure provided in the vicinity of the patient and for the fastening of the device rail, characterized in that the profile strip is received at its two ends in two outer holders which engage over the respective end of the profile strip in each case in a cover-like manner. wherein the device rail has an elongate profile strip, and holders (3, 4) which are intended to be fixed to a supporting structure provided in the vicinity of the patient and for the fastening of the device rail, characterized in that the profile strip is received at its two ends in two outer holders which engage over the respective end of the profile strip in each case in a cover-like manner.
An image coding apparatus, wherein when coding the apparatus is configured to: determine (300, 400) if a coding unit of an image is located on an image boundary, wherein the coding unit is located on the image boundary when the coding unit comprises a first part located inside the image boundary and a second part located outside the image boundary; and in case the coding unit is located on the image boundary the apparatus is further configured to: determine (301, 406) whether the image boundary divides the coding unit into two portions having different sizes or equal sizes; perform a boundary partition processing (302, 404) on the coding unit, wherein the boundary partition processing comprises triple tree partitioning or asymmetric partitioning if the image boundary divides the coding unit into two portions having different sizes; and perform a symmetric binary tree partition (304, 407) if the image boundary divides the coding unit into two portions having equal sizes. determine (301, 406) whether the image boundary divides the coding unit into two portions having different sizes or equal sizes; perform a boundary partition processing (302, 404) on the coding unit, wherein the boundary partition processing comprises triple tree partitioning or asymmetric partitioning if the image boundary divides the coding unit into two portions having different sizes; and perform a symmetric binary tree partition (304, 407) if the image boundary divides the coding unit into two portions having equal sizes.
Milling tool for orbital drilling, composed of a body of revolution about an axis comprising a proximal part forming a tail, a distal part forming a cutting head comprising at least one level with cutting teeth defining a drilling diameter (Dc), and a smooth joining part between the tail and the cutting head, characterized in that the smooth joining part comprises an annular bulge of diameter (Dr) greater than the drilling diameter (Dc), so as to produce a burnishing of the orifice drilled as the milling tool advances.
A cortisol biosensor for sensing cortisol concentration in a biofluid, the biosensor comprising: - an electrical transistor transducer comprising a transistor gate electrode; - a sensing electrode element (21, 23) comprising a metal element (45, 57) having a biofluid facing surface, and a single graphene layer on the biofluid facing surface of the metal element (45, 57) thereby forming a monolayer graphene sheet on the metal element (45, 57), the sensing electrode element (21, 23) being connected to the transistor gate electrode by an electrical connector (33, 53, 55) to form an extended gate configuration with the transistor gate electrode; - a reference electrode configured to be immersed in, or in contact with the biofluid, and configured to electrically bias the transistor gate electrode through the biofluid, wherein the sensing electrode element (21, 23) is functionalised by at least a layer of aptamers placed indirectly or directly on the single graphene layer, and configured to catch cortisol hormones in the biofluid to thereby change a surface potential of the sensing electrode element (21, 23). - an electrical transistor transducer comprising a transistor gate electrode; - a sensing electrode element (21, 23) comprising a metal element (45, 57) having a biofluid facing surface, and a single graphene layer on the biofluid facing surface of the metal element (45, 57) thereby forming a monolayer graphene sheet on the metal element (45, 57), the sensing electrode element (21, 23) being connected to the transistor gate electrode by an electrical connector (33, 53, 55) to form an extended gate configuration with the transistor gate electrode; - a reference electrode configured to be immersed in, or in contact with the biofluid, and configured to electrically bias the transistor gate electrode through the biofluid,
A ceramic composition comprising the combination of: carbonates of alkaline earth elements of valence +2; alkaline silicon aluminates that contain oxides of valence +1; natural or synthetic degreasing or plastic materials selected from: clays, kaolins, feldspars and silicon aluminates that contain oxides with a valence other than +1, silicates, carbonates of elements with a valence other than +2, bicarbonates, oxides and hydroxides of these elements, phosphates, borates, glazes, ceramic dyes and ceramic additives; wherein the carbonates of alkaline earth elements of valence +2 are between 40% and 70% of the total dry weight of the composition; the alkaline silicon aluminates that contain oxides of valence +1 are between 10% and 60% of the total dry weight of the composition; and the natural or synthetic materials are up to 50% of the total dry weight of the composition. carbonates of alkaline earth elements of valence +2; alkaline silicon aluminates that contain oxides of valence +1; natural or synthetic degreasing or plastic materials selected from: clays, kaolins, feldspars and silicon aluminates that contain oxides with a valence other than +1, silicates, carbonates of elements with a valence other than +2, bicarbonates, oxides and hydroxides of these elements, phosphates, borates, glazes, ceramic dyes and ceramic additives;
A method of monitoring partial discharge activity in a motor driven by a variable-speed drive, the method comprising: providing a high-frequency signal from a high-frequency sensor configured to sense pulses in a conductor of the system that originate from partial discharge activity; providing a low-frequency signal from a low-frequency sensor configured to sense an AC waveform in the conductor; characterized in providing a timing signal derived from the timing of successive cycles of the low-frequency signal; and digitising the high-frequency signal and capturing it as consecutive data blocks of varying duration, wherein the capturing of each data block is triggered by the timing signal. providing a high-frequency signal from a high-frequency sensor configured to sense pulses in a conductor of the system that originate from partial discharge activity; providing a low-frequency signal from a low-frequency sensor configured to sense an AC waveform in the conductor; characterized in providing a timing signal derived from the timing of successive cycles of the low-frequency signal; and digitising the high-frequency signal and capturing it as consecutive data blocks of varying duration, wherein the capturing of each data block is triggered by the timing signal.
An air filter apparatus with a vertical structure, wherein an intake opening is provided at the upper area of the apparatus, through which air contaminated with the particles to be separated can be sucked in, wherein the apparatus contains a vertical channel through which the sucked in and polluted air inside the system is guided downwards, the vertical channel has an opening laterally in the lower area of the apparatus, through which the air stream is directed onto and passed through a material pre-separator arranged in the region of the opening, wherein a process space is provided in the air path downstream of the material pre-separator, into which the air flow arrives after the material pre-separator, one or more filter bodies being arranged in the process space, wherein a blower driving the air flow is provided in the air path after the process space, in which the material pre-separator has an inlet side and an outlet side for a particle-laden air flow, characterized in that it consists of a plurality of separating elements (2, 3, 4) which are arranged vertically, strip-shaped and formed separately from one another, wherein the separating elements (2, 3) are arranged from top to bottom initially with a rising positive angle (W2, W3) against the vertical and has at least one lower separating element at a negative angle against the vertical.
A node of a first machine-to-machine service provider, M2M SP, the node of the first M2M SP being configurable to communicate with a node of a second M2M SP and a gateway node, the first M2M SP being different from the second M2M SP, the gateway node being configurable to have a first subscription to the first M2M SP associated with a first network service capabilities layer, NSCL, and a second subscription to the second M2M SP associated with a second NSCL, the node of the first M2M SP comprising: at least one communication interface configured to receive, from the gateway node, a register message for registering a service capability layer, SCL, of the gateway node with the second NSCL (38; S112); and a processor configured to: transmit the register message to the second NSCL (38; S114); receive a response from the second NSCL, the response indicating whether the second NSCL registered the SCL of the gateway node (24; S116); if the second NSCL registered the SCL of the gateway node, generate a resource, the generated resource instructing the node of the first M2M SP to proxy traffic of the SCL of the gateway node to the second NSCL (38; S118, S120). at least one communication interface configured to receive, from the gateway node, a register message for registering a service capability layer, SCL, of the gateway node with the second NSCL (38; S112); and a processor configured to: transmit the register message to the second NSCL (38; S114); receive a response from the second NSCL, the response indicating whether the second NSCL registered the SCL of the gateway node (24; S116); if the second NSCL registered the SCL of the gateway node, generate a resource, the generated resource instructing the node of the first M2M SP to proxy traffic of the SCL of the gateway node to the second NSCL (38; S118, S120). transmit the register message to the second NSCL (38; S114); receive a response from the second NSCL, the response indicating whether the second NSCL registered the SCL of the gateway node (24; S116); if the second NSCL registered the SCL of the gateway node, generate a resource, the generated resource instructing the node of the first M2M SP to proxy traffic of the SCL of the gateway node to the second NSCL (38; S118, S120).
A method comprising: receiving a page request from a peripheral device (111, 113) requesting that a memory page be loaded into system memory; characterised by writing page request information corresponding to the page request into a queue in the system memory as a queue entry; and notifying a processor that the page request is available in the queue. receiving a page request from a peripheral device (111, 113) requesting that a memory page be loaded into system memory; characterised by writing page request information corresponding to the page request into a queue in the system memory as a queue entry; and notifying a processor that the page request is available in the queue.
A method for obtaining a credential for attesting to a predetermined property of a target device according to an anonymous attestation cryptographic protocol; the method comprising: requesting by the target device authentication of the target device by an issuer in dependence on secret information held by the target device; receiving, at an intermediary device, the credential provided by the issuer when the authentication is successful, wherein the intermediary device is a separate consumer electronics device to the target device; validating the credential at the intermediary device according to the anonymous attestation cryptographic protocol; and storing the credential at the intermediary device when validated. requesting by the target device authentication of the target device by an issuer in dependence on secret information held by the target device; receiving, at an intermediary device, the credential provided by the issuer when the authentication is successful, wherein the intermediary device is a separate consumer electronics device to the target device; validating the credential at the intermediary device according to the anonymous attestation cryptographic protocol; and storing the credential at the intermediary device when validated.
A method for production of a polymethylmethacrylate bone cement comprising the steps of: a) Providing a cement powder, containing - at least one particulate polymethylmethacrylate or polymethylmethacrylate copolymer of the sieve fraction smaller than 100 μm; - an initiator; and - at least one methylmethacrylate-insoluble, particulate or fibrous additive, whereby the additive possesses an absorption capacity of more than/equal to 0.6 g methylmethacrylate per gram of additive at room temperature; b) providing a monomer solution, containing - at least one methylmethacrylate and - an activator c) contacting the cement powder and the monomer solution, characterised in that the mixing takes place without shearing forces being applied. a) Providing a cement powder, containing - at least one particulate polymethylmethacrylate or polymethylmethacrylate copolymer of the sieve fraction smaller than 100 μm; - an initiator; and - at least one methylmethacrylate-insoluble, particulate or fibrous additive, whereby the additive possesses an absorption capacity of more than/equal to 0.6 g methylmethacrylate per gram of additive at room temperature; - at least one particulate polymethylmethacrylate or polymethylmethacrylate copolymer of the sieve fraction smaller than 100 μm; - an initiator; and - at least one methylmethacrylate-insoluble, particulate or fibrous additive, whereby the additive possesses an absorption capacity of more than/equal to 0.6 g methylmethacrylate per gram of additive at room temperature; b) providing a monomer solution, containing - at least one methylmethacrylate and - an activator - at least one methylmethacrylate and - an activator c) contacting the cement powder and the monomer solution, characterised in that