mhurhangee/ep-ind-claims huggingface dataset:
Method for further forming and form stabilisation of pre-filled and sealed containers which are manufactured using the blow moulding, filling and sealing method, characterised by at least the following steps: - placing the respective container into a receiving device, the web walls of which at least partially define a contour, on which the container warms up during a heat treatment, adapting in a forming manner and applying in a form-stabilising manner due to the excess pressure thus generated inside the container; - carrying out a plastic material deformation due to the excess pressure inside the container, during which an initially rounded fold line path for a fold line of the container, which arises from the preceding container manufacturing step using the blow moulding, filling and sealing method, transitions into a sharper edge by pressing the web walls of the receiving device and applying without any space between them; and - removing the respective container from the receiving device on completion of forming and form stabilisation. - placing the respective container into a receiving device, the web walls of which at least partially define a contour, on which the container warms up during a heat treatment, adapting in a forming manner and applying in a form-stabilising manner due to the excess pressure thus generated inside the container; - carrying out a plastic material deformation due to the excess pressure inside the container, during which an initially rounded fold line path for a fold line of the container, which arises from the preceding container manufacturing step using the blow moulding, filling and sealing method, transitions into a sharper edge by pressing the web walls of the receiving device and applying without any space between them; and - removing the respective container from the receiving device on completion of forming and form stabilisation.
A method for transmitting a signal, characterized in that, the method comprises: transmitting, by a network side device, a wake-up signal over at least one first object, wherein the wake-up signal comprises information for instructing at least one terminal to receive and/or detect a downlink signal over the first object and at least one second object; and transmitting, by the network side device, the downlink signal over the first object and the at least one second object; wherein the first and second objects are either different component carriers or different bandwidth parts; wherein when the object is the component carrier, a set of all available receiving carriers configured by the network side device to the terminal comprises at least one first component carrier and/or at least one second component carrier; or when the object is the bandwidth part, a set of all available receiving bandwidths configured by the network side device to the terminal comprises at least one first bandwidth part and/or at least one second bandwidth part; wherein the transmitting, by the network side device, the wake-up signal over at least one first object, comprises: transmitting, by the network side device, the wake-up signal over the at least one first component carrier of the set of all available receiving carriers; or, transmitting, by the network side device, the wake-up signal over the at least one first bandwidth part of the set of all available receiving bandwidths. transmitting, by a network side device, a wake-up signal over at least one first object, wherein the wake-up signal comprises information for instructing at least one terminal to receive and/or detect a downlink signal over the first object and at least one second object; and transmitting, by the network side device, the downlink signal over the first object and the at least one second object; wherein the first and second objects are either different component carriers or different bandwidth parts; wherein when the object is the component carrier, a set of all available receiving carriers configured by the network side device to the terminal comprises at least one first component carrier and/or at least one second component carrier; or when the object is the bandwidth part, a set of all available receiving bandwidths configured by the network side device to the terminal comprises at least one first bandwidth part and/or at least one second bandwidth part; wherein the transmitting, by the network side device, the wake-up signal over at least one first object, comprises: transmitting, by the network side device, the wake-up signal over the at least one first component carrier of the set of all available receiving carriers; or, transmitting, by the network side device, the wake-up signal over the at least one first bandwidth part of the set of all available receiving bandwidths. transmitting, by the network side device, the wake-up signal over the at least one first component carrier of the set of all available receiving carriers; or, transmitting, by the network side device, the wake-up signal over the at least one first bandwidth part of the set of all available receiving bandwidths.
A silicon nitride sintered substrate having a main surface of a shape larger than a square having a side of a length of 120 mm, wherein a ratio dc/de is 0.98 or higher where a central area of the main surface has a density dc and an end area of the main surface has a density de, the central area of the main surface has a void fraction vc of 1.80% or lower, and the end area of the main surface has a void fraction ve of 1.00% or lower wherein the density dc, density de, void fraction vc and void fraction ve are defined as described in the description, and wherein the silicon nitride sintered substrate has a carbon content and the carbon content is 0.20% by mass or lower that is measured as described in the description by a non-dispersive infrared absorption method on the circle at the center of the main surface. wherein the density dc, density de, void fraction vc and void fraction ve are defined as described in the description, and wherein the silicon nitride sintered substrate has a carbon content and the carbon content is 0.20% by mass or lower that is measured as described in the description by a non-dispersive infrared absorption method on the circle at the center of the main surface.
A food processing base of a food processing system comprising: a housing having a mounting area for receiving an attachment (32, 50) including a processing assembly; and a motorized unit arranged within said housing, said motorized unit being operable to rotate said food processing assembly about an axis of rotation, wherein said motorized unit includes a diameter to height ratio that is greater than 3:1; wherein said motorized unit includes a stator assembly having at least one stator lamination, where said diameter to said height ratio is a ratio of said diameter of said at least one stator lamination to said height of said at least one stator lamination; and wherein said at least one stator lamination includes a plurality of stator arms, and said stator assembly includes stator poles consisting of four stator poles, each of the four stator poles including a stator coil wound about at least one of said plurality of stator arms. a housing having a mounting area for receiving an attachment (32, 50) including a processing assembly; and a motorized unit arranged within said housing, said motorized unit being operable to rotate said food processing assembly about an axis of rotation, wherein said motorized unit includes a diameter to height ratio that is greater than 3:1; wherein said motorized unit includes a stator assembly having at least one stator lamination, where said diameter to said height ratio is a ratio of said diameter of said at least one stator lamination to said height of said at least one stator lamination; and wherein said at least one stator lamination includes a plurality of stator arms, and said stator assembly includes stator poles consisting of four stator poles, each of the four stator poles including a stator coil wound about at least one of said plurality of stator arms.
Rubber composition which may be used especially as tyre tread, based on at least one diene elastomer, more than 30 phr of a liquid plasticizer, between 50 and 150 phr of a reinforcing filler, between 2 and 60 phr of water-soluble metal sulphate microparticles, the microparticles having a median size by weight of between 1 μm and 1 mm, characterized in that said sulphate is a potassium sulphate.
Road vehicle, comprising - an electric or hybrid-electric traction drive and - a current collector for feeding traction energy from a two-pole overhead line system which has a contact wire for each contact pole, which current collector has - an erectable supporting linkage with a fixed end, at which the supporting linkage is supported in an articulated manner on a linkage base, and a free end, at which the supporting linkage has at least one contact strip for electrically contacting the respective contact wires for each contact pole, and - a lifting drive for erecting and lowering the supporting linkage between a lower inoperative position and an upper working position of the contact strips, characterized - in that the current collector further has - an acceleration sensor for detecting a lateral acceleration (a y) of the current collector and - a control unit which is coupled to the lifting drive and is designed to initiate lowering of the supporting linkage depending on the detected lateral acceleration (a y). - an electric or hybrid-electric traction drive and - a current collector for feeding traction energy from a two-pole overhead line system which has a contact wire for each contact pole, which current collector has - an erectable supporting linkage with a fixed end, at which the supporting linkage is supported in an articulated manner on a linkage base, and a free end, at which the supporting linkage has at least one contact strip for electrically contacting the respective contact wires for each contact pole, and - a lifting drive for erecting and lowering the supporting linkage between a lower inoperative position and an upper working position of the contact strips, - an erectable supporting linkage with a fixed end, at which the supporting linkage is supported in an articulated manner on a linkage base, and a free end, at which the supporting linkage has at least one contact strip for electrically contacting the respective contact wires for each contact pole, and - a lifting drive for erecting and lowering the supporting linkage between a lower inoperative position and an upper working position of the contact strips, - in that the current collector further has - an acceleration sensor for detecting a lateral acceleration (a y) of the current collector and - a control unit which is coupled to the lifting drive and is designed to initiate lowering of the supporting linkage depending on the detected lateral acceleration (a y). - an acceleration sensor for detecting a lateral acceleration (a y) of the current collector and - a control unit which is coupled to the lifting drive and is designed to initiate lowering of the supporting linkage depending on the detected lateral acceleration (a y).
Method for reducing the energy consumption of a rolling mill installation comprising a one-piece or multi-piece rolling train as well as further electrical installation components (20 to 28) which are connected to the rolling train in terms of process technology, wherein the operation of the rolling train is stopped during an unplanned rolling pause on account of a failure and at least one of the further installation components (20 to 28) is automatically powered down into an energy-saving mode during the unplanned rolling pause, characterised in that the type of fault is identified and fed to a control and/or regulation device, wherein the probable duration of the rolling pause is determined by the control and/or regulation device as a function of the type of fault, wherein the installation components (20 to 28) to be switched to energy-saving mode are determined by the control and/or regulation device taking into account the duration of the rolling pause and the duration of the time required to power the installation components (20 to 28) down and up and are automatically powered down into energy-saving mode.
Device for detecting the presence of an external antenna (Antext) and for connecting the external antenna to a radio module comprising an internal antenna (Antint) and a connector for connecting the external antenna to a radio module, with an impedance arranged across the terminals of the external antenna (Antext), the device comprising: - means for detecting a value of an impedance at an input of the device, characterized in that the device further comprises: - means for controlling switching of a switch to a position in which the external antenna is connected to the radio module if the impedance at the input of the device is between a first and a second predetermined value, - means for controlling switching of the switch to a position in which the internal antenna (Antint) is connected to the radio module if the impedance at the input of the device is lower than the first predetermined value or greater than the second predetermined value. - means for detecting a value of an impedance at an input of the device, - means for controlling switching of a switch to a position in which the external antenna is connected to the radio module if the impedance at the input of the device is between a first and a second predetermined value, - means for controlling switching of the switch to a position in which the internal antenna (Antint) is connected to the radio module if the impedance at the input of the device is lower than the first predetermined value or greater than the second predetermined value.
A delivery assistance device for assisting in a brachytherapy procedure, comprising: - an input unit arranged to receive information on a treatment objective, - a planning unit (100, 200, 300) arranged to determine a treatment plan based on the received information on the treatment objective, the treatment plan including dosage information for steps of the brachytherapy procedure, and - an output unit arranged to output the determined treatment plan, wherein the treatment plan further includes sequence information for the steps of the brachytherapy procedure in the treatment plan indicating an order in which at least a subset of the steps of the brachytherapy procedure are to be carried out, wherein the planning unit (100, 200, 300) is arranged to determine the sequence information so as to minimize an deviation expectation, indicating a deviation from the treatment objective to be expected, based on error expectation ranges of the steps of the brachytherapy procedure, wherein the input unit is further arranged to receive information on already provided steps of the brachytherapy procedure, wherein the planning unit (100, 200, 300) is further arranged to determine a revised treatment plan based on the received information on the treatment objective and on the already provided steps of the brachytherapy procedure, and wherein the output unit is arranged to output the revised treatment plan. - an input unit arranged to receive information on a treatment objective, - a planning unit (100, 200, 300) arranged to determine a treatment plan based on the received information on the treatment objective, the treatment plan including dosage information for steps of the brachytherapy procedure, and - an output unit arranged to output the determined treatment plan,
A firearm, comprising: a chassis; a stock portion coupled to the chassis; and a pair of reversible plates (110, 112) removably coupled to the chassis, each of the pair of reversible plates (110, 112) attachable to the chassis at a first location and a second location opposing the first location; wherein a first one of the pair of reversible plates comprises a recess for receiving a portion of a bolt handle; and a second one of the pair of reversible plates comprises a firearm tool interface. a chassis; a stock portion coupled to the chassis; and a pair of reversible plates (110, 112) removably coupled to the chassis, each of the pair of reversible plates (110, 112) attachable to the chassis at a first location and a second location opposing the first location; wherein a first one of the pair of reversible plates comprises a recess for receiving a portion of a bolt handle; and a second one of the pair of reversible plates comprises a firearm tool interface.
A prefabricated composite slab for the construction in particular of floors or walls, comprising a wooden framework formed by a plurality of beams and a concrete plate connected to said framework by assembly means, said beams and said concrete plate having an inner face (30, 40) and an outer face (31, 41) whereas the assembly means have, on the one hand, a plurality of profiles substantially forming an "I" shape and made of wood or a material derived from wood, with two opposing lateral faces and four longitudinal faces (7, 8, 9, 10) in opposing pairs, and on the other hand, means for bonding each profile to the inner face of a beam, the inner face of the concrete plate comprising a plurality of grooves extending parallel to one another, designed for accommodating a first end portion of a profile, having an axis parallel to the axis of the profile, characterized in that at least the first end portion of the profile has two chamfers which are symmetrical relative to the axis of the profile and each extend between two adjacent longitudinal faces (7, 9, 7, 10) of the profile and in that the assembly means also have means for bonding each profile to the inner face of the concrete plate.
A medicament injection apparatus comprising a needle, a timer and a display, the medicament injection apparatus being configured such that the timer is actuated upon commencement of an injection operation, the timer runs to a predetermined time subsequent to completion of the injection operation and the display is operated while the timer runs; wherein the user is not shown any indication of the completion of the injection operation; wherein the predetermined time is a time sufficient to allow the injected medicament adequately to disperse locally from the injection site within the patient; and wherein when the display stops, the user may safely withdraw the needle. wherein the user is not shown any indication of the completion of the injection operation; wherein the predetermined time is a time sufficient to allow the injected medicament adequately to disperse locally from the injection site within the patient; and wherein when the display stops, the user may safely withdraw the needle.
Device for supplying electrical energy to a user network, the device comprising: - a fuel cell; - an electric energy accumulator; - an electric energy converter connected on the one hand to the fuel cell and on the other hand to a charging and discharging circuit of the accumulator itself connected on the one hand to terminals of the accumulator and on the other hand to the power supply terminals of the user network, characterized in that the converter is adapted to limit the capacity for electrical energy transfer from the fuel cell to the user network, the fuel cell being adapted to have an electric energy production capacity varying as a function of this electrical energy transfer capacity, and the device includes an electronic control circuit connected on the one hand to the converter to control the variation of the transfer capacity and on the other hand to the charging and discharging circuit selectively to control the transfer of electrical energy from the fuel cell to the accumulator and the transfer of electrical energy from the accumulator to the power supply terminals of the user network. - a fuel cell; - an electric energy accumulator; - an electric energy converter connected on the one hand to the fuel cell and on the other hand to a charging and discharging circuit of the accumulator itself connected on the one hand to terminals of the accumulator and on the other hand to the power supply terminals of the user network,
A steam-type air fryer with a steam system, comprising a cooking cavity provided in the air fryer, wherein a frying pot is provided in the cooking cavity, the air fryer is further provided with a steam generator and a water tank for supplying water to the steam generator, a steam nozzle in communication with the steam generator is installed at a side of the cooking cavity, wherein the steam nozzle passes through the cooking cavity and extends into the frying pot, a frying board is set up in the frying pot, and a steam spraying port of the steam nozzle is located below the frying board, characterized in that the steam-type air fryer further comprises a steam-generator heat dissipation structure, the cooking cavity is formed by an upper core and a lower core, and the steam-type air fryer further comprises the steam generator, configured to generate high-temperature steam and introduce the high-temperature steam into the cooking cavity, wherein the steam generator is installed between the lower core and a base of the air fryer, and the base is provided with first heat dissipation holes corresponding to the steam generator.
A system for adjusting pitch of a counter-rotating propeller, the system comprising: a propeller shaft; a forward propeller driven by the propeller shaft, the forward propeller having a forward hub, forward propeller blades mounted within the forward hub; and an aft propeller connected with the forward propeller, the aft propeller having an aft hub, aft propeller blades connected to the aft hub, and a cam assembly within the aft hub connected with an end of the aft propeller blades; and an actuator within the forward hub connected with an end of the forward propeller blades, the actuator having a forward end and an aft end, wherein the aft end is connected with the cam assembly and, when the actuator moves in an axial direction, the pitch of the forward propeller blades and the pitch of the aft propeller blades are adjusted simultaneously; characterized in that the cam assembly has a cam profile that defines the pitch of the aft propeller blades as a non-linear function of the pitch of the forward propeller blades. a propeller shaft; a forward propeller driven by the propeller shaft, the forward propeller having a forward hub, forward propeller blades mounted within the forward hub; and an aft propeller connected with the forward propeller, the aft propeller having an aft hub, aft propeller blades connected to the aft hub, and a cam assembly within the aft hub connected with an end of the aft propeller blades; and an actuator within the forward hub connected with an end of the forward propeller blades, the actuator having a forward end and an aft end, wherein the aft end is connected with the cam assembly and, when the actuator moves in an axial direction, the pitch of the forward propeller blades and the pitch of the aft propeller blades are adjusted simultaneously; characterized in that the cam assembly has a cam profile that defines the pitch of the aft propeller blades as a non-linear function of the pitch of the forward propeller blades.