mhurhangee/ep-ind-claims huggingface dataset:
Active part for an electric machine, wherein the active part is configured as a stator or rotor and has at least two slots for respectively arranging an electric coil winding of an electric coil and at least one crosspiece which is arranged between two adjacent slots and has the purpose of conducting magnetic flux through the coil which surrounds the crosspiece, wherein the crosspiece for conducting the magnetic flux has a material which has, at least in certain areas, magnetic anisotropy with an easy magnetization axis and a hard magnetization axis, and the easy axis is oriented parallel or at least at an angle of less than 25° with respect to a coil axis of the coil, characterized in that the crosspiece forms a respective slot wall of each of the adjacent slots, and in the crosspiece the slot wall has the material, and the crosspiece has a core made of an isotropic soft-magnetic material.
Exhaust-gas turbocharger which has a turbine housing and a bearing housing connected to the turbine housing, wherein - the turbine housing has a coolant inlet, a cooling jacket provided in the interior of the turbine housing, and a coolant outlet, - the bearing housing has a coolant inlet, a cooling jacket provided in the interior of the bearing housing, and a coolant outlet, characterized in that - a coolant inlet duct is provided within the turbine housing between the coolant inlet and the cooling jacket, - a coolant branch duct (5a1) branches off from the coolant inlet duct, said coolant branch duct being connected to the coolant inlet of the bearing housing, - a coolant outlet duct is provided within the turbine housing between the cooling jacket and the coolant outlet, - a coolant return duct (16a1) provided within the turbine housing is connected to the coolant outlet of the bearing housing, and - the coolant return duct (16a1) issues into the coolant outlet duct which is provided in the turbine housing between the cooling jacket and the coolant outlet. - the turbine housing has a coolant inlet, a cooling jacket provided in the interior of the turbine housing, and a coolant outlet, - the bearing housing has a coolant inlet, a cooling jacket provided in the interior of the bearing housing, and a coolant outlet, characterized in that - a coolant inlet duct is provided within the turbine housing between the coolant inlet and the cooling jacket, - a coolant branch duct (5a1) branches off from the coolant inlet duct, said coolant branch duct being connected to the coolant inlet of the bearing housing, - a coolant outlet duct is provided within the turbine housing between the cooling jacket and the coolant outlet, - a coolant return duct (16a1) provided within the turbine housing is connected to the coolant outlet of the bearing housing, and - the coolant return duct (16a1) issues into the coolant outlet duct which is provided in the turbine housing between the cooling jacket and the coolant outlet.
A communication method, comprising: receiving, by a target service entity, a first request message from a first participating service entity, wherein the first request message comprises an identifier of a service area, and the first request message is used to request to query a target multicast bearer, and the target multicast bearer is used to send service data of a terminal group in the service area; and sending, by the target service entity, a first response message to the first participating service entity, wherein the first response message comprises an identity of the target multicast bearer; and receiving, by the target service entity, a second request message from the first participating service entity, wherein the second request message comprises the identity of the target multicast bearer and a group identity of the terminal group, and the second request message is used to request to use the target multicast bearer to send service data of the terminal group; and sending, by the target service entity, a second response message to the first participating service entity, wherein the second response message comprises first indication information, wherein the first indication is used to instruct the participating service entity not to send service data of the terminal group to a terminal that is in the terminal group and is located in the service area, when the target service entity finds that another participating service entity is using the target multicast bearer to send service data of the terminal group. receiving, by a target service entity, a first request message from a first participating service entity, wherein the first request message comprises an identifier of a service area, and the first request message is used to request to query a target multicast bearer, and the target multicast bearer is used to send service data of a terminal group in the service area; and sending, by the target service entity, a first response message to the first participating service entity, wherein the first response message comprises an identity of the target multicast bearer; and receiving, by the target service entity, a second request message from the first participating service entity, wherein the second request message comprises the identity of the target multicast bearer and a group identity of the terminal group, and the second request message is used to request to use the target multicast bearer to send service data of the terminal group; and sending, by the target service entity, a second response message to the first participating service entity, wherein the second response message comprises first indication information, wherein the first indication is used to instruct the participating service entity not to send service data of the terminal group to a terminal that is in the terminal group and is located in the service area, when the target service entity finds that another participating service entity is using the target multicast bearer to send service data of the terminal group.
A circuit arrangement for determining an RMS value at a PWM-actuated three-phase power inverter from measured peak values of the AC phase current, having a bridge circuit with a plurality of switch pairs of two semiconductor switching elements each which are respectively connected to poles of an intermediate DC circuit, and a residual shunt for detecting the peak value of the currently largest phase current, comprising at least one circuit topology for detecting the peak value of the AC phase current which is designed to determine the RMS value of the current therefrom, the circuit having for this purpose an operational amplifier, a diode, and a first resistor and a capacitor in series with the diode, the capacitor being charged to a specific corresponding value as a function of the respective current maximum peak value of the phase current that is to be determined.
A pressure-sensitive adhesive composition comprising: a block copolymer including a first block having a glass transition temperature of 50°C or more and a second block having a glass transition temperature of -10°C or less; an acrylic random copolymer including a cross-linkable functional group comprised in an amount of 5 parts by weight to 50 parts by weight, relative to 100 parts by weight of the block copolymer; and a multifunctional cross-linker, wherein glass transition temperatures Tg of the respective blocks of the block copolymer are calculated according to the following Equation: 1 / Tg = ΣWn / Tn in the above Equation, Wn represents a weight fraction of a monomer used in each block, and Tn represents a glass transition temperature when the monomer used forms a homopolymer. a block copolymer including a first block having a glass transition temperature of 50°C or more and a second block having a glass transition temperature of -10°C or less; an acrylic random copolymer including a cross-linkable functional group comprised in an amount of 5 parts by weight to 50 parts by weight, relative to 100 parts by weight of the block copolymer; and a multifunctional cross-linker, wherein glass transition temperatures Tg of the respective blocks of the block copolymer are calculated according to the following Equation: 1 / Tg = ΣWn / Tn in the above Equation, Wn represents a weight fraction of a monomer used in each block, and Tn represents a glass transition temperature when the monomer used forms a homopolymer.
A household appliance comprising a front panel, a printed circuit board and a board housing fixed to the back side of the front panel and wherein the printed circuit board is disposed, with - the board housing having a first position wherein the board housing is inclined with respect to the surface of the front panel and a second position wherein the board housing is almost parallel to the front panel, - at least one hook-shaped first extension that is disposed on the inner surface of the front panel, the end of which faces the inner surface of the front panel, - a first housing that is situated between the first extension and the inner surface of the front panel, - at least one hook-shaped second extension, disposed on the side of the board housing opposite to the first extension, when the board housing is rotated around said side, that passes from the gap between the end of the first extension and the inner surface of the front panel and the end of which is inserted into the first housing, - and a second housing disposed between the second extension and the side of the board housing, where into the first extension is inserted when the board housing is changed from the first position to the second position, - providing the board housing to be mounted to the front panel so as to be suspended, - an additional fixing means that enables the board housing that is suspended on the front panel to be locked to the inner surface of the front panel. - the board housing having a first position wherein the board housing is inclined with respect to the surface of the front panel and a second position wherein the board housing is almost parallel to the front panel, - at least one hook-shaped first extension that is disposed on the inner surface of the front panel, the end of which faces the inner surface of the front panel, - a first housing that is situated between the first extension and the inner surface of the front panel, - at least one hook-shaped second extension, disposed on the side of the board housing opposite to the first extension, when the board housing is rotated around said side, that passes from the gap between the end of the first extension and the inner surface of the front panel and the end of which is inserted into the first housing, - and a second housing disposed between the second extension and the side of the board housing, where into the first extension is inserted when the board housing is changed from the first position to the second position, - providing the board housing to be mounted to the front panel so as to be suspended, - an additional fixing means that enables the board housing that is suspended on the front panel to be locked to the inner surface of the front panel.
A temperable aluminum alloy, containing from 2.5 to 3.5 wt.% zinc (Zn), from 0.5 to 1.5 wt.% magnesium (Mg), from 0.2 to 0.8 wt.% silicon (Si), from 0.005 to 0.2 wt.% tin (Sn) and/or indium (In) and/or cadmium (Cd), and optionally up to 0.35 wt.% copper (Cu), up to 0.3 wt.% silver (Ag), up to 0.25 wt.% iron (Fe), up to 0.12 wt.% manganese (Mn), up to 0.15 wt.% titanium (Ti), and residual aluminum as well as inevitable production-related impurities, wherein the percentage of magnesium (Mg) and silicon (Si) fulfills the order relation 0.4 wt. % Si − 0.15 < wt. % Mg < 0.7 wt. % Si − 0.2.
A method for remotely controlling a system of key related functions of a vehicle wherein the system is connectable with a remote unit over a communication network capable of transferring audio data, the method comprising the following steps: receiving at the vehicle over the communication network a sequence for the system wherein the sequence comprises a first sound sequence, transmitting from the system over the communication network a challenge response to the remote unit in response to receiving the sequence at the vehicle wherein the challenge response comprises a second sound sequence, transmitting from the remote unit over the communication network a response to the system wherein the response comprises a third sound sequence, and performing a key related function in the system in response to receiving the sequence. receiving at the vehicle over the communication network a sequence for the system wherein the sequence comprises a first sound sequence, transmitting from the system over the communication network a challenge response to the remote unit in response to receiving the sequence at the vehicle wherein the challenge response comprises a second sound sequence, transmitting from the remote unit over the communication network a response to the system wherein the response comprises a third sound sequence, and performing a key related function in the system in response to receiving the sequence.
A resistive memory array comprising a plurality of resistivity switching memory elements arranged in a 3D stack and laid out in an array in a first (x) and second (y) direction, and stacked in a third (z) direction, wherein the third direction is perpendicular to the first direction and the second direction, wherein for each resistivity switching memory element a first electrode is electrically coupled to and located at a first side thereof, and a second electrode is electrically coupled to and located at a second side thereof, opposite to the first side in the third direction, a plurality of first bitlines (BL i), extending in the first direction and forming the first electrodes of a plurality of the resistivity switching memory elements, a plurality of second bitlines (BL i+1) extending in the first direction and forming the second electrodes of the plurality of the resistivity switching memory elements, and a plurality of transistor devices, each transistor device being electrically coupled to one of the plurality of resistivity switching memory elements, an inversion or accumulation channel of each transistor device being adapted for forming a switchable resistivity path in the third direction, between the electrically coupled resistivity switching memory element and the electrically coupled second electrode, characterized in that the memory array furthermore comprises at least one third electrode running in the third direction and provided in a trench formed itself through the stack along the first direction, wherein said third electrode is a gate electrode of said plurality of transistor devices.
Device for cleaning and disinfecting of bedpans and urine bottles, having a device housing, a control unit, a cleaning chamber and a flap, wherein the cleaning chamber can be closed with the flap, characterized in that at least one disinfection unit for disinfecting a user's hands is comprised, and that the disinfection unit is connected to the control unit.
Composition for cleaning surfaces of buildings, comprising the following ingredients expressed as weight percentages relative to the total weight of said composition: 3% to 5% of a cationic disinfecting agent; 0.5% to 1.5% of an emulsifier; 3.5% to 6.5% of a nonionic surfactant; 1% to 3% of a fragrance; and 1.5% to 3.5% of microcapsules containing a fragrance. 3% to 5% of a cationic disinfecting agent; 0.5% to 1.5% of an emulsifier; 3.5% to 6.5% of a nonionic surfactant; 1% to 3% of a fragrance; and 1.5% to 3.5% of microcapsules containing a fragrance.
Drive unit for a strapping device for strapping a package with a plastic tape positioned around the same, wherein the strapping device comprises a motor-driven tensioning device and a motor-driven welding device for the plastic tape, wherein the drive unit comprises an electric motor, freewheels (4, 5), shaft-ends (2, 3) of the electric motor, gears (6, 7) and rolling-contact bearings (9, 11) and wherein the tensioning device and the welding device can be driven by the same electric motor, which, with the interposition of said freewheels (4, 5), can alternately be brought into operative connection with said tensioning and welding devices, wherein said shaft-ends (2, 3) of said electric motor cooperate with said gears (6, 7) and said rolling-contact bearings (9, 11) which correspond to said gears, wherein said electric motor can be mounted to a housing (17, 18) of the strapping device characterized in that the electric motor is provided with at least one casing extension, which projects beyond the electric motor at an axial end thereof, to which casing extension said rolling-contact bearings (9, 11) are mounted.
Device for transferring electrical power between an AC voltage network and a DC voltage network in the high-voltage range, including - phase modules (2,3,4), each having at least one shared DC voltage terminal (5,6) and a separate AC voltage terminal, wherein one phase module branch extends between each DC voltage terminal (5,6) and each AC voltage terminal, which includes a series circuit made up of two-pole submodules, each having an energy storage device and a power semiconductor circuit connected in parallel with the energy storage device, so that, depending on the control of the power semiconductor circuit at the two submodule connection terminals, either the voltage dropping across the energy storage device or a zero voltage is able to be generated, and - a converter transformer forming a converter neutral point on the secondary side, which is connectable or is connected to an AC voltage network on the primary side and to each AC voltage terminal on the secondary side, characterized in that the converter neutral point is an ungrounded converter neutral point, and at least one surge arrester (20,21) is provided which extends between the or one of the shared DC voltage terminals (5,6) and the converter neutral point of the converter transformer. - phase modules (2,3,4), each having at least one shared DC voltage terminal (5,6) and a separate AC voltage terminal, wherein one phase module branch extends between each DC voltage terminal (5,6) and each AC voltage terminal, which includes a series circuit made up of two-pole submodules, each having an energy storage device and a power semiconductor circuit connected in parallel with the energy storage device, so that, depending on the control of the power semiconductor circuit at the two submodule connection terminals, either the voltage dropping across the energy storage device or a zero voltage is able to be generated, and - a converter transformer forming a converter neutral point on the secondary side, which is connectable or is connected to an AC voltage network on the primary side and to each AC voltage terminal on the secondary side, characterized in that the converter neutral point is an ungrounded converter neutral point, and at least one surge arrester (20,21) is provided which extends between the or one of the shared DC voltage terminals (5,6) and the converter neutral point of the converter transformer.
A continuous flaker ice-making freezer, comprising: an ice-making assembly having a freezer assembly (112, 300), the freezer assembly comprising a freezer cylinder configured to form ice; an ice extruder configured to shape the formed ice; and an auger configured drive the formed ice through the ice extruder; a fluid reservoir (122, 222) coupled to the freezer assembly (112, 300) by a hose (140, 240) and configured to contain a fluid, wherein the ice-making assembly and the fluid reservoir (122, 222) maintain a same level of fluid; and a mounting assembly (130, 230, 430, 530) configured to adjust the fluid reservoir (122, 222) to cause the fluid reservoir (122, 222) to move to a first position during an ice-making mode and a second position during a cleaning mode, the second position being higher than the first position; wherein when the fluid reservoir (122, 222) is in the second position the fluid is at the top of the freezer assembly (112, 300) and submerges all of the freezer assembly components, and wherein during the cleaning mode the fluid is a cleaning solution and during the ice-making mode the fluid is water. an ice-making assembly having a freezer assembly (112, 300), the freezer assembly comprising a freezer cylinder configured to form ice; an ice extruder configured to shape the formed ice; and an auger configured drive the formed ice through the ice extruder; a freezer cylinder configured to form ice; an ice extruder configured to shape the formed ice; and an auger configured drive the formed ice through the ice extruder; a fluid reservoir (122, 222) coupled to the freezer assembly (112, 300) by a hose (140, 240) and configured to contain a fluid, wherein the ice-making assembly and the fluid reservoir (122, 222) maintain a same level of fluid; and a mounting assembly (130, 230, 430, 530) configured to adjust the fluid reservoir (122, 222) to cause the fluid reservoir (122, 222) to move to a first position during an ice-making mode and a second position during a cleaning mode, the second position being higher than the first position; wherein when the fluid reservoir (122, 222) is in the second position the fluid is at the top of the freezer assembly (112, 300) and submerges all of the freezer assembly components, and wherein during the cleaning mode the fluid is a cleaning solution and during the ice-making mode the fluid is water.
An article of footwear comprising: a sole assembly having a footbed with a lateral edge and a medial edge; said sole assembly having an opening; a resilient sealed bladder (700; 800) for containing a fluid, said bladder having a sole portion (702, 706; 802) and a foot portion (704, 708; 804), said foot portion including a finger-like element (704a, 704b, 704c, 708a, 708b, 708c; 804a, 804b, 804c), wherein said sole portion is located in said opening, and said foot portion extends upwardly at said lateral sided edge or said medial side edge such that compression of said sole portion causes said foot portion to stiffen; and characterized in that the article of footwear comprises a strap (64a, 64b, 64c) extending from the finger-like element to an opposite side of the article of footwear to hold a foot of a wearer in place. a sole assembly having a footbed with a lateral edge and a medial edge; said sole assembly having an opening; a resilient sealed bladder (700; 800) for containing a fluid, said bladder having a sole portion (702, 706; 802) and a foot portion (704, 708; 804), said foot portion including a finger-like element (704a, 704b, 704c, 708a, 708b, 708c; 804a, 804b, 804c), wherein said sole portion is located in said opening, and said foot portion extends upwardly at said lateral sided edge or said medial side edge such that compression of said sole portion causes said foot portion to stiffen; and characterized in that the article of footwear comprises a strap (64a, 64b, 64c) extending from the finger-like element to an opposite side of the article of footwear to hold a foot of a wearer in place.