mhurhangee/ep-ind-claims huggingface dataset:
Cappuccino making apparatus, comprising a cappuccino beverage maker which is designed to be independent of an external power supply and mobile, wherein the mobile cappuccino beverage maker has a container receptacle for at least one coffee container and for at least one milk foam milk container which contains milk for preparing milk foam, which containers are each formed by liquid containers which can be replaced and replenished, wherein the mobile cappuccino beverage maker has at least one, preferably manually operable, coffee tap valve, which is associated with the at least one coffee container, and at least one, preferably manually operable, milk foam tap valve, which is associated with the milk foam milk container, wherein a propellant, preferably a foaming agent and propellant, extremely preferably nitrous oxide (N 2 O) as the foaming agent and propellant, is further associated with the milk foam milk container, and wherein milk foam, in particular for preparing a cappuccino beverage, is discharged when the milk foam tap valve is operated, characterized in that the cappuccino making apparatus further has a central station which is independent of the mobile cappuccino beverage maker and has a central station coffee maker which is coupled to a control device by means of which a defined quantity of coffee for filling an empty coffee container of the mobile cappuccino beverage maker can be generated in a program-controlled manner in such a way - that a defined quantity of a coffee powder is introduced into a pot, which is preferably provided with a coffee filter, as a further constituent part of the central station coffee maker at the central station, and - that a defined quantity of hot water with a defined temperature is introduced into the pot, which is filled with the ground coffee powder, by means of a sprinkling apparatus as a further constituent part of the central station coffee maker at the central station, in that the pot has a pot outlet by means of which the coffee extract can be introduced indirectly or directly into the detachable and replaceable empty coffee container, which is mounted in the central station, of the mobile cappuccino beverage maker. - that a defined quantity of a coffee powder is introduced into a pot, which is preferably provided with a coffee filter, as a further constituent part of the central station coffee maker at the central station, and - that a defined quantity of hot water with a defined temperature is introduced into the pot, which is filled with the ground coffee powder, by means of a sprinkling apparatus as a further constituent part of the central station coffee maker at the central station,
A wearable sport timing tag assembly comprising: an elongated spacer layer having a first end and a second end, - the spacer layer being configured as a band that can be worn around a wrist or an ankle of a user, - the spacer layer comprising at least one of an adhesive, a hook and loop fastener, a buckle and strap, and a lace fastener for fixating the first end of the spacer layer to the second end of the spacer layer, a flexible support substrate layer affixed to the spacer layer; at least a first and second tag for transmitting data associated with the wearer of the tag assembly to at least one detection antenna, wherein said first and second tag are disposed on the flexible support substrate layer; and a water-resistant top layer disposed over the first tag and the second tag; wherein when attached to said wrist or ankle the main signal transmission direction of said first tag is in a first direction and the main signal transmission direction of said second tag is in a second direction which is different from said first direction. characterized in that the spacer layer is formed of a low-dielectric foam rubber having a dielectric constant between 1 and 10 and having a thickness selected between 4 mm and 15 mm. - the spacer layer being configured as a band that can be worn around a wrist or an ankle of a user, - the spacer layer comprising at least one of an adhesive, a hook and loop fastener, a buckle and strap, and a lace fastener for fixating the first end of the spacer layer to the second end of the spacer layer, a flexible support substrate layer affixed to the spacer layer; at least a first and second tag for transmitting data associated with the wearer of the tag assembly to at least one detection antenna, wherein said first and second tag are disposed on the flexible support substrate layer; and a water-resistant top layer disposed over the first tag and the second tag; wherein when attached to said wrist or ankle the main signal transmission direction of said first tag is in a first direction and the main signal transmission direction of said second tag is in a second direction which is different from said first direction. characterized in that the spacer layer is formed of a low-dielectric foam rubber having a dielectric constant between 1 and 10 and having a thickness selected between 4 mm and 15 mm. a flexible support substrate layer affixed to the spacer layer; at least a first and second tag for transmitting data associated with the wearer of the tag assembly to at least one detection antenna, wherein said first and second tag are disposed on the flexible support substrate layer; and a water-resistant top layer disposed over the first tag and the second tag; wherein when attached to said wrist or ankle the main signal transmission direction of said first tag is in a first direction and the main signal transmission direction of said second tag is in a second direction which is different from said first direction. characterized in that the spacer layer is formed of a low-dielectric foam rubber having a dielectric constant between 1 and 10 and having a thickness selected between 4 mm and 15 mm.
Drive unit for a motor vehicle assembly, particularly a motor vehicle door assembly, preferably for a closing / opening device in or on a motor vehicle door lock, having at least one motor and at least one rubber-elastic bearing for attaching the motor to a base, wherein - the bearing has an concertina-like construction in the axial section and / or the radial section and has different spring constants (D1, D2) in the axial direction and the radial direction, characterized in that - the bearing is constructed as a hollow cylinder and tapers conically from the connection foot toward the connection head, wherein - the bearing is arranged such that its connection head is positioned laterally beside the motor in the vertical projection on the base. - the bearing has an concertina-like construction in the axial section and / or the radial section and has different spring constants (D1, D2) in the axial direction and the radial direction, - the bearing is constructed as a hollow cylinder and tapers conically from the connection foot toward the connection head, wherein - the bearing is arranged such that its connection head is positioned laterally beside the motor in the vertical projection on the base.
A method for providing a digital program authorization to a device that can render said digital program, which comprises the steps of: - encoding the digital program to associate said digital program with an authentication agent, wherein said authentication agent includes a program code executable by the device for authenticating the validity of the device; - packaging the digital program and the authentication agent together into a single digital content, and - providing the digital content including said digital program and said authentication agent to said device, wherein - the digital program is encrypted by a first encryption algorithm, and the decryption key of the first encryption algorithm is encrypted by a second encryption algorithm resulting in an encrypted decryption key and stored in the authentication agent, and the program code is also operable to decrypt the encrypted key if the validity of the device has passed the authentication so as to obtain the decryption key of the first encryption algorithm. - encoding the digital program to associate said digital program with an authentication agent, wherein said authentication agent includes a program code executable by the device for authenticating the validity of the device; - packaging the digital program and the authentication agent together into a single digital content, and - providing the digital content including said digital program and said authentication agent to said device, wherein - the digital program is encrypted by a first encryption algorithm, and the decryption key of the first encryption algorithm is encrypted by a second encryption algorithm resulting in an encrypted decryption key and stored in the authentication agent, and the program code is also operable to decrypt the encrypted key if the validity of the device has passed the authentication so as to obtain the decryption key of the first encryption algorithm.
Method for measuring pressure, without pressure sensors, in a pressure regulation unit of a motor vehicle braking system by means of a motor pump unit composed of an electric motor and a hydraulic pump, wherein the motor is actuated by means of electrical pulse width modulation, characterized by the steps: - producing a relative motor characteristic diagram for the series before the manufacture of an individual pressure regulation unit or of a motor pump unit or of a motor which comprises at least the data of motor-rotational-speed-dependent parameters (n/n 0), intensity of the motor actuation and parameters relating to the level of the motor load ((P_G), - determining individual motor characteristic variables (N_MAX, N_200, U2N) after or during the fabrication of the hydraulic unit or of the motor, - determining a current rotational-speed-dependent parameter of the motor (N act) during the operation of the pump, and - calculating a pressure (P THZ), which is characteristic of the braking system, by means of an absolute motor characteristic diagram calculated from the relative motor characteristic diagram by means of the current motor-rotational-speed-dependent parameter (n act) and the current value which determines the intensity of the motor actuation, wherein the individual motor characteristic variables (N_MAX, N_200, U2N) are taken into account in the calculation. - producing a relative motor characteristic diagram for the series before the manufacture of an individual pressure regulation unit or of a motor pump unit or of a motor which comprises at least the data of motor-rotational-speed-dependent parameters (n/n 0), intensity of the motor actuation and parameters relating to the level of the motor load ((P_G), - determining individual motor characteristic variables (N_MAX, N_200, U2N) after or during the fabrication of the hydraulic unit or of the motor, - determining a current rotational-speed-dependent parameter of the motor (N act) during the operation of the pump, and - calculating a pressure (P THZ), which is characteristic of the braking system, by means of an absolute motor characteristic diagram calculated from the relative motor characteristic diagram by means of the current motor-rotational-speed-dependent parameter (n act) and the current value which determines the intensity of the motor actuation, wherein the individual motor characteristic variables (N_MAX, N_200, U2N) are taken into account in the calculation.
A network slice management method, comprising: receiving, by a first management unit, a first management request, wherein the first management request carries requirement information of a network slice, and the first management request is used to instruct the first management unit to manage the network slice based on the requirement information of the network slice; the method being characterized by determining, by the first management unit, requirement information of a subnet that forms the network slice based on the requirement information of the network slice, and the network slice comprises at least one subnet; sending, by the first management unit, a second management request to a second management unit, wherein the second management request carries the requirement information of the subnet, wherein the requirement information of the subnet is used to create or select the subnet by the second management unit; and receiving, by the first management unit, an identifier of the subnet from the second management unit. receiving, by a first management unit, a first management request, wherein the first management request carries requirement information of a network slice, and the first management request is used to instruct the first management unit to manage the network slice based on the requirement information of the network slice; the method being characterized by determining, by the first management unit, requirement information of a subnet that forms the network slice based on the requirement information of the network slice, and the network slice comprises at least one subnet; sending, by the first management unit, a second management request to a second management unit, wherein the second management request carries the requirement information of the subnet, wherein the requirement information of the subnet is used to create or select the subnet by the second management unit; and receiving, by the first management unit, an identifier of the subnet from the second management unit.
Method for fastening profile rails or profile rail sections for the mounting of photovoltaic and/or solar panels on a roof covering of a flat roof having the steps: - laying synthetic resin impregnated laminate strips at predetermined distances on the roof covering, - laying the profile rail or profile rail section to be fastened, on the impregnated laminate strips and - pressing the profile rail or the profile rail section to be fastened, into the not yet cured synthetic resin, so that the profile rail or the profile rail section is firmly bonded to the roof covering of the flat roof by the then cured synthetic resin. - laying synthetic resin impregnated laminate strips at predetermined distances on the roof covering, - laying the profile rail or profile rail section to be fastened, on the impregnated laminate strips and - pressing the profile rail or the profile rail section to be fastened, into the not yet cured synthetic resin,
An electric operating machine comprising: a work tool; a coreless motor; a power source part comprising a mounting part to which a rechargeable battery is detachably mounted; and a coupling part holding the coreless motor at one end and holding the power source part at the other end, wherein the coreless motor includes a rotor (31, 32) and a stator (33, 35-37), the rotor (31, 32) includes a fixed output shaft, and the rechargeable battery is a lithium ion battery, characterized in that the motor is facing and directly driving the work tool, one of the rotor (31, 32) and stator (33, 35-37) comprises a disc-shaped coil substrate including multiple nearly annular coils arranged in the circumferential direction around the output shaft when seen in the axial direction of the output shaft, the other of the rotor (31, 32) and stator (33, 35-37) comprises a magnet generating a magnetic flux passing through the coil substrate in the axial direction of the output shaft, the coupling part includes a hollow tube and is provided with a handle and/or a belt holder holding a belt that can be placed over a shoulder of an operator, and the coreless motor is heavier than the rechargeable battery mounted on the mounting part and the gravity center (G1-G4) of the electric operating machine is located on the coreless motor side with respect to the handle and/or belt holder. a work tool; a coreless motor; a power source part comprising a mounting part to which a rechargeable battery is detachably mounted; and a coupling part holding the coreless motor at one end and holding the power source part at the other end, wherein the coreless motor includes a rotor (31, 32) and a stator (33, 35-37), the rotor (31, 32) includes a fixed output shaft, and the rechargeable battery is a lithium ion battery, characterized in that the motor is facing and directly driving the work tool, one of the rotor (31, 32) and stator (33, 35-37) comprises a disc-shaped coil substrate including multiple nearly annular coils arranged in the circumferential direction around the output shaft when seen in the axial direction of the output shaft, the other of the rotor (31, 32) and stator (33, 35-37) comprises a magnet generating a magnetic flux passing through the coil substrate in the axial direction of the output shaft, the coupling part includes a hollow tube and is provided with a handle and/or a belt holder holding a belt that can be placed over a shoulder of an operator, and the coreless motor is heavier than the rechargeable battery mounted on the mounting part and the gravity center (G1-G4) of the electric operating machine is located on the coreless motor side with respect to the handle and/or belt holder.
An antenna device comprising: a plurality of dipole antennas and a port, wherein each of the dipole antennas is connected to the port, wherein the plurality of dipole antennas are arranged around the port, and wherein each of the dipole antennas comprises two ends; a plurality of passive elements, wherein the ends of the plurality of dipole antennas and the plurality of passive elements are arranged around the port such that each of the plurality of passive elements is situated between ends of two different dipole antennas from the plurality of dipole antennas; and one or more switches configured to switch the antenna device between an omnidirectional state, in which the ends of the dipole antennas are not connected to the plurality of passive elements, and a directional state, in which at least one end of one of the plurality of passive elements is connected to at least one end of one of the plurality of dipole antennas. a plurality of dipole antennas and a port, wherein each of the dipole antennas is connected to the port, wherein the plurality of dipole antennas are arranged around the port, and wherein each of the dipole antennas comprises two ends; a plurality of passive elements, wherein the ends of the plurality of dipole antennas and the plurality of passive elements are arranged around the port such that each of the plurality of passive elements is situated between ends of two different dipole antennas from the plurality of dipole antennas; and one or more switches configured to switch the antenna device between an omnidirectional state, in which the ends of the dipole antennas are not connected to the plurality of passive elements, and a directional state, in which at least one end of one of the plurality of passive elements is connected to at least one end of one of the plurality of dipole antennas.
A method of manufacturing a laminated body (1; 201), the method comprising: providing a base material; offset printing a print layer on the base material; laminating a barrier layer above the print layer, the barrier layer having translucency; and laminating a laser color development layer above the barrier layer, the laser color development layer having translucency, wherein the laser color development layer is configured to develop color by laser irradiation, wherein the barrier layer is configured to suppress damage to the print layer due to heat generated in the laser color development layer by laser irradiation, characterized in that the method comprises the step of: irradiating a laser beam with a dot interval of not less than 30 μm to an area of the laser color development layer so as to develop print information in the laser color development layer. providing a base material; offset printing a print layer on the base material; laminating a barrier layer above the print layer, the barrier layer having translucency; and laminating a laser color development layer above the barrier layer, the laser color development layer having translucency, wherein the laser color development layer is configured to develop color by laser irradiation, wherein the barrier layer is configured to suppress damage to the print layer due to heat generated in the laser color development layer by laser irradiation, characterized in that the method comprises the step of: irradiating a laser beam with a dot interval of not less than 30 μm to an area of the laser color development layer so as to develop print information in the laser color development layer.
Electrical appliance, designed to be mounted onto the surface of a wall, comprising at least one electric functional block and a mounting box for mounting onto the wall and securing said at least one functional block, said mounting box having, from an inner side of said mounting box relative to a back wall, a receiving cavity for said at least one functional block, delimited by said back wall, the mounting box having, on the back wall for passing a traversing element such as a cable or screw through the latter, a plurality of passage areas, in particular in the form of an opening hole arranged in said back wall and/or an arrangement of weakened areas for facilitating the creation of such a hole by removing a detachable portion, characterised in that the electrical appliance also comprises a single seal fully covering each passage area, placed against the back wall from an outer side of the mounting box opposite the inner side around the at least one passage area, fixed to the back wall at least in each passage area and able to match with the section of the whole traversing element introduced through the passage area so as to contribute to the sealing of the passage area, and in that said seal is fixed to the back wall at least in the area of each passage area, at least along a closed contour surrounding the latter, in that said seal covers substantially all of the back wall, and in that said seal has, along its outer perimeter and from the side opposite the receiving cavity, a continuous rib forming at least one lip.
A draining siphon for an under stucco drain installation, comprising: an inlet connection and an outlet connection and a flow channel for a liquid to be drained, wherein an inlet of the flow channel is connected with the inlet connection and an outlet of the flow channel is connected with the outlet connection, wherein the flow channel is configured wound about the inlet channel at least in portions and a winding of the flow channel is configured as a helical winding at least in portions, wherein the helical winding of the flow channel is configured in a plane, wherein at least one winding section of the flow channel functions as an odor closure, wherein the winding section substantially extends about a winding point, and wherein the winding section includes a flow channel outside and a flow channel inside with reference to the winding point, characterized in that a distance of the flow channel inside of the winding section from the winding point is at least 10% of the distance between the flow channel outside and the flow channel inside in the winding section, advantageously at least 15%, in particular at least 25%.
Electrolyte for lithium-ion batteries comprising a mixture of ethylene carbonate and/or at least one single-fluorinated ethylene carbonate and/or at least one multiple-fluorinated ethylene carbonate, at least one sulfone derivate and at least one lithium source as a conducting salt, wherein the mixture has a flash point over 85 °C and wherein the flash point has been determined according to the norm ASTM D6450 and wherein the sulfone derivate is dimethylsulfone (DMSN) and/or diethylsulfone, characterized in that the electrolyte comprises lithium bis(oxalato)borate LiBOB in a concentration of 10 to 500 mmol/kg and/or lithium difluoro(oxalate)borate in a concentration of 10 mmol/kg to 1,25 mol/kg.