mhurhangee/ep-ind-claims huggingface dataset:
A method of communicating between an electronic terminal device and a backend system (6, 6') assigned to the electronic terminal device, the method comprising: generating in the electronic terminal device, a terminal report message, the terminal report message including a message content part and a message addressing part, the message addressing part comprising a back-end system identifier which identifies the back-end system (6, 6') assigned to the electronic terminal device; transmitting the terminal report message from the electronic terminal device via a direct wireless communication link between the electronic terminal device and a mobile communication device to the mobile communication device; generating in the mobile communication device a forwarding message, the forwarding message including the message content part of the terminal report message and the back-end system identifier of the terminal report message; transmitting the forwarding message from the mobile communication device via a telecommunications network to a remote message processing system determined in the mobile communication device from the addressing part of the terminal report message; and transferring in the remote message processing system the message content part of the terminal report message, received in the forwarding message, to the back-end system (6, 6') assigned to the electronic terminal device, using the back-end system identifier of the forwarding message. generating in the electronic terminal device, a terminal report message, the terminal report message including a message content part and a message addressing part, the message addressing part comprising a back-end system identifier which identifies the back-end system (6, 6') assigned to the electronic terminal device; transmitting the terminal report message from the electronic terminal device via a direct wireless communication link between the electronic terminal device and a mobile communication device to the mobile communication device; generating in the mobile communication device a forwarding message, the forwarding message including the message content part of the terminal report message and the back-end system identifier of the terminal report message; transmitting the forwarding message from the mobile communication device via a telecommunications network to a remote message processing system determined in the mobile communication device from the addressing part of the terminal report message; and transferring in the remote message processing system the message content part of the terminal report message, received in the forwarding message, to the back-end system (6, 6') assigned to the electronic terminal device, using the back-end system identifier of the forwarding message.
Method for producing a high-pressure-tight connection between at least one plate-shaped body (1, 2) and a further body of a fuel injector, wherein use is made of a clamping sleeve by means of which the two bodies (1, 2) to be connected to one another are braced axially against one another, characterized in that, as a further body, use is made of a holding body which interacts with the clamping sleeve and which has at least one groove arranged on an outer circumferential side and formed in encircling fashion in a radial plane, and in that the method comprises the following steps: - fixing the holding body, - mounting the at least one plate-shaped body (1, 2) and coaxially aligning the bodies (1, 2, 4) to be connected, - fitting the clamping sleeve over the bodies (1, 2, 4) to be connected, - stretching the clamping sleeve by applying an axial force F ax, such that a stress is generated in the clamping sleeve, - during the stretching, producing a positively locking connection between the clamping sleeve and the holding body through the use of a high-speed deformation process, wherein the positively locking connection is effected by way of a deformation of the clamping sleeve in the region of the groove, and - relieving the clamping sleeve of stress. - fixing the holding body, - mounting the at least one plate-shaped body (1, 2) and coaxially aligning the bodies (1, 2, 4) to be connected, - fitting the clamping sleeve over the bodies (1, 2, 4) to be connected, - stretching the clamping sleeve by applying an axial force F ax, such that a stress is generated in the clamping sleeve, - during the stretching, producing a positively locking connection between the clamping sleeve and the holding body through the use of a high-speed deformation process, wherein the positively locking connection is effected by way of a deformation of the clamping sleeve in the region of the groove, and - relieving the clamping sleeve of stress.
A modular platform for offshore constructions, composed of more than two separate buoyancy elements partially immersed in water, which move along with the water wave movement and which, in the part above the water level, are connected to a structural element-platform forming a rigid horizontal spatial structure, wherein each buoyancy element is given the shape of a cuboid or cylinder having at least one vertical hollow which in the bottom part water gets inside through a one-way valve in a one-way and free flow and the top part of the vertical hollow is used to anchor a structural element-piston which forms the axis along which the buoyancy element moves and which is connected to the horizontal structural element-platform fitted to take external loads above the water and the structural element-piston is fitted with at least one hollow for the transport of compressed water between the vertical hollow of the buoyancy element and the water receiving element i.e. water turbine, which is a part of the platform stabilization system and the system of producing electrical energy from the pumped water.
Method for managing the energy consumption of a specific application, the application being able to be carried out using a hardware item comprising an assembly of processors using an operating system, the method comprising at least the following steps: - a first step of identifying the time constraints of the application; - a second step of annotating code sections (t1,t2) of the application which are subject to a time constraint, the annotation being carried out using software markers; characterised in that the software markers delimit code segments (31, 32, 33) and in that the method comprises: - a third step of determining the worst-case segment run times in a specific set of run modes; - a fourth step of storing the segment run times in an execution library for each run mode, the library being capable of being interfaced with the hardware item, the operating system and the application and executing, using the run times, an energy management strategy by controlling the state of the processors. - a first step of identifying the time constraints of the application; - a second step of annotating code sections (t1,t2) of the application which are subject to a time constraint, the annotation being carried out using software markers; - a third step of determining the worst-case segment run times in a specific set of run modes; - a fourth step of storing the segment run times in an execution library for each run mode, the library being capable of being interfaced with the hardware item, the operating system and the application and executing, using the run times, an energy management strategy by controlling the state of the processors.
A method for detecting a bending state of an electronic device comprising a bendable flexible screen, wherein the bendable flexible screen comprises a touch array, the touch array comprises at least two touch sensors, and the method being characterized in that it comprises the following steps: determining that a first type of detection data generated by mutual coupling between the at least two touch sensors is detected in a case that a change of electrical parameters generated by different touch sensors on the bendable flexible screen is symmetrically distributed in a predetermined pattern, and a difference between electrical parameters of touch sensors with a same distance to a line through two edges of the bendable flexible screen comprised in the predetermined pattern is within a first threshold range; and determining a current bending state of the electronic device based on the first type of detection data. determining that a first type of detection data generated by mutual coupling between the at least two touch sensors is detected in a case that a change of electrical parameters generated by different touch sensors on the bendable flexible screen is symmetrically distributed in a predetermined pattern, and a difference between electrical parameters of touch sensors with a same distance to a line through two edges of the bendable flexible screen comprised in the predetermined pattern is within a first threshold range; and determining a current bending state of the electronic device based on the first type of detection data.
Insert device for triggering photo-induced processes within a sample to be analysed by NMR spectroscopy, said insert device being configured to be inserted into a probe head of a NMR spectroscopy device, wherein the insert device comprises - a non-magnetic carrying structure, for instance made of polymeric or metallic material, said carrying structure including a cavity for hosting radiofrequency coils and other electronic elements and a sample to be arranged within the centre of the radiofrequency coil, - at least one light source (6a, 6b) arranged within a corresponding opening of the carrying structure, wherein the opening extends towards the cavity and wherein the at least one light source (6a, 6b) is configured to emit light into the cavity in order to trigger photo-induced processes within a sample arranged in the cavity, wherein the carrying structure represents a housing and wherein the at least one light source (6a, 6b) is arranged along an inner circumference of the housing. - a non-magnetic carrying structure, for instance made of polymeric or metallic material, said carrying structure including a cavity for hosting radiofrequency coils and other electronic elements and a sample to be arranged within the centre of the radiofrequency coil, - at least one light source (6a, 6b) arranged within a corresponding opening of the carrying structure, wherein the opening extends towards the cavity and wherein the at least one light source (6a, 6b) is configured to emit light into the cavity in order to trigger photo-induced processes within a sample arranged in the cavity, wherein the carrying structure represents a housing and wherein the at least one light source (6a, 6b) is arranged along an inner circumference of the housing.
A sample handling system comprising: a sample processing unit; a transfer unit for transferring samples to the sample processing unit; and a buffer unit connected to the transfer unit for temporarily storing the samples mounted on sample racks in a stand-by state; characterised in that the buffer unit includes a buffer section and a cold storage section, wherein the buffer section mounts a general sample rack and the cold storage section stores the sample racks to be stored in a thermally insulated state, wherein a sample rack stored, either in the buffer section or in the cold storage section, can be accessed and taken out at random with a handling unit provided on a transfer mechanism. a sample processing unit; a transfer unit for transferring samples to the sample processing unit; and a buffer unit connected to the transfer unit for temporarily storing the samples mounted on sample racks in a stand-by state; characterised in that the buffer unit includes a buffer section and a cold storage section, wherein the buffer section mounts a general sample rack and the cold storage section stores the sample racks to be stored in a thermally insulated state, wherein a sample rack stored, either in the buffer section or in the cold storage section, can be accessed and taken out at random with a handling unit provided on a transfer mechanism.
A method for message authentication, comprising (a) preparing a data block, having a block length, L B; (c) determining an available length, L avail,,from at least L B and a maximum length, L max, a data frame; (d) calculating from at least the data block (300, 420) a message authentication code, MAC, having a MAC length, L MAC, not greater than L avail; and (e) creating the data frame, comprising the data block (420, 300) and the MAC, and creating an additional data frame, comprising the data block (300, 420) and an additional MAC, wherein the step of calculating the MAC comprises calculating from at least the data block (300, 420) the additional MAC having an additional MAC length, L MAC2, not greater than L avail. (a) preparing a data block, having a block length, L B; (c) determining an available length, L avail,,from at least L B and a maximum length, L max, a data frame; (d) calculating from at least the data block (300, 420) a message authentication code, MAC, having a MAC length, L MAC, not greater than L avail; and (e) creating the data frame, comprising the data block (420, 300) and the MAC, and creating an additional data frame, comprising the data block (300, 420) and an additional MAC, wherein the step of calculating the MAC comprises calculating from at least the data block (300, 420) the additional MAC having an additional MAC length, L MAC2, not greater than L avail.
A n apparatus for transferring a spaced-apart array of freshly-formed glass containers from open molds of a glass container forming machine to an external location, said apparatus comprising: an oscillatable arm, said arm being oscillatable through an arc of substantially 180° between a first location above the glass containers in the open molds and a second location above the external location; a spaced-plurality of tong assemblies carried by the oscillatable arm and oscillatable therewith, each of the tong assemblies being adapted to grasp a container at the first location, to transfer the container to the second location without changing the axial orientation of the container and to release the container at the second location; a rack linearly extending along an axis, said rack having a toothed side and an opposed side and being reciprocable along its axis; an externally-toothed oscillatable gear, said oscillatable gear being oscillatable about an axis, bering drivingly engaged by said rack, and oscillatingly driving said arm; and means for imparting reciprocating motion to said rack, characterized in that said reciprocating motion imparting means is a single reversible, linearly-acting and vertically-extending electrical servo motor drivingly connected to a rod and the rack, the rod being reciprocable mounted in the motor housing. an oscillatable arm, said arm being oscillatable through an arc of substantially 180° between a first location above the glass containers in the open molds and a second location above the external location; a spaced-plurality of tong assemblies carried by the oscillatable arm and oscillatable therewith, each of the tong assemblies being adapted to grasp a container at the first location, to transfer the container to the second location without changing the axial orientation of the container and to release the container at the second location; a rack linearly extending along an axis, said rack having a toothed side and an opposed side and being reciprocable along its axis; an externally-toothed oscillatable gear, said oscillatable gear being oscillatable about an axis, bering drivingly engaged by said rack, and oscillatingly driving said arm; and means for imparting reciprocating motion to said rack, characterized in that said reciprocating motion imparting means is a single reversible, linearly-acting and vertically-extending electrical servo motor drivingly connected to a rod and the rack, the rod being reciprocable mounted in the motor housing.
A locking system for fall protection, the locking system comprising: a housing, wherein the housing comprises an upper end, a lower end, a proximal end, and a distal end, wherein the distal end is curved to define and at least partially surround a guide path through which the housing is slideably attached to a guide member that is a rope or cable; a cover plate secured to the housing; a braking lever rotatably connected between the housing and the cover plate, the braking lever having a braking end configured to engage with the guide member and an attachment end; and a connecting portion securely fastened to the attachment end of the braking lever at the proximal end of the housing, wherein the connecting portion is configured to be connected to a user, wherein the locking system is configured to move between an unlocked position in which the locking system can travel along the guide member, and a locked position in which the braking end of the braking lever engages with the guide member at the lower end of the housing to restrict and/or stop motion of the locking system along the guide member in a vertical direction, and characterized in that the distal end of the housing has one or more bending slots (110A-C) that are defined near the upper end of the housing, the one or more bending slots (110A-C) being configured to allow the housing to deform in response to a predetermined amount of force being applied by the guide member upon the housing when the braking lever engages with the guide member in the locked position. a housing, wherein the housing comprises an upper end, a lower end, a proximal end, and a distal end, wherein the distal end is curved to define and at least partially surround a guide path through which the housing is slideably attached to a guide member that is a rope or cable; a cover plate secured to the housing; a braking lever rotatably connected between the housing and the cover plate, the braking lever having a braking end configured to engage with the guide member and an attachment end; and a connecting portion securely fastened to the attachment end of the braking lever at the proximal end of the housing, wherein the connecting portion is configured to be connected to a user, wherein the locking system is configured to move between an unlocked position in which the locking system can travel along the guide member, and a locked position in which the braking end of the braking lever engages with the guide member at the lower end of the housing to restrict and/or stop motion of the locking system along the guide member in a vertical direction, and characterized in that the distal end of the housing has one or more bending slots (110A-C) that are defined near the upper end of the housing, the one or more bending slots (110A-C) being configured to allow the housing to deform in response to a predetermined amount of force being applied by the guide member upon the housing when the braking lever engages with the guide member in the locked position.
An ophthalmic lens configured to be mounted onto a head-mounted display comprising an image source, wherein said ophthalmic lens comprises an image insertion area to be linked to the image source and an imager for guiding light emitted by the image source to a wearer's eye in operation; characterized in that the ophthalmic lens further comprises a light filter comprising at least one absorptive filter including at least a dye and/or pigment absorbing wavelengths within a range of 400 nm to 455 nm, and transmitting at least 85 % of wavelengths from 500 nm to 780 nm; wherein the imager further comprises a light guide and is encapsulated in the ophthalmic lens; and wherein the image insertion area is a region of the ophthalmic lens configured so that images entering the material thereof reach the light guide, characterized in that the light filter is applied on the image insertion area and configured to filter the light emitted by the image source of the head-mounted display in operation. characterized in that the ophthalmic lens further comprises a light filter comprising at least one absorptive filter including at least a dye and/or pigment absorbing wavelengths within a range of 400 nm to 455 nm, and transmitting at least 85 % of wavelengths from 500 nm to 780 nm; wherein the imager further comprises a light guide and is encapsulated in the ophthalmic lens; and wherein the image insertion area is a region of the ophthalmic lens configured so that images entering the material thereof reach the light guide,
Transverse-distribution device for distributing pourable foodstuffs, in particular spreading materials for sprinkling pasta, comprising: a trough which has an opening on one outlet side, and a conveyor assembly arranged in the trough and configured to convey pourable foodstuff in a first direction and in a second direction opposite to the first direction, the conveyor assembly comprising a first rotary conveyor configured to convey the pourable foodstuff in the first direction and a second rotary conveyor configured to convey the pourable foodstuff in the second direction, characterised in that the first rotary conveyor is arranged around the second rotary conveyor. a trough which has an opening on one outlet side, and a conveyor assembly arranged in the trough and configured to convey pourable foodstuff in a first direction and in a second direction opposite to the first direction, the conveyor assembly comprising a first rotary conveyor configured to convey the pourable foodstuff in the first direction and a second rotary conveyor configured to convey the pourable foodstuff in the second direction, characterised in that the first rotary conveyor is arranged around the second rotary conveyor.
A kitchen appliance comprising: a base housing a motor, the base having an upper surface and a first portion of a magnetic drive coupling beneath the upper surface, wherein the first portion comprises a first magnet arrangement; a container, wherein a bottom side of the container is for mounting on the base, wherein the container houses: a tool; and a second portion of the magnetic drive coupling for magnetically coupling with the first portion of the magnetic drive coupling, such that the tool is driven by the motor of the base via the magnetic drive coupling, wherein the second portion comprises a second magnet arrangement; the kitchen appliance being characterized by: a decoupling arrangement (100,102,104,106,108,110) for rotating the first and second portions relative to each other such that a magnetic coupling force between the first and second portions of the magnetic drive coupling is reduced. a base housing a motor, the base having an upper surface and a first portion of a magnetic drive coupling beneath the upper surface, wherein the first portion comprises a first magnet arrangement; a container, wherein a bottom side of the container is for mounting on the base, wherein the container houses: a tool; and a second portion of the magnetic drive coupling for magnetically coupling with the first portion of the magnetic drive coupling, such that the tool is driven by the motor of the base via the magnetic drive coupling, wherein the second portion comprises a second magnet arrangement; the kitchen appliance being characterized by: a tool; and a second portion of the magnetic drive coupling for magnetically coupling with the first portion of the magnetic drive coupling, such that the tool is driven by the motor of the base via the magnetic drive coupling, wherein the second portion comprises a second magnet arrangement; the kitchen appliance being characterized by: a decoupling arrangement (100,102,104,106,108,110) for rotating the first and second portions relative to each other such that a magnetic coupling force between the first and second portions of the magnetic drive coupling is reduced.