mhurhangee/ep-ind-claims huggingface dataset:
The voltage generator (100, 101) of claim 8, further comprising a resistor having a first end and a second end, wherein the first end is coupled to the output of the charge pump and the second end is coupled to the smoothing capacitor; and a shorting element coupled in parallel with the resistor, and the shorting element is configured to cause the resistor to be at least partially bypassed when turned on; wherein: the shorting element is turned on during the switching period of the RF switch and/or the shorting element is turned on upon powering up the RF switch; the enable signal causes the shorting element to be turned on.
Sliding layer based on a fibre-reinforced plastics material having a plastics material matrix and a plastics material thread as a reinforcement element, wherein the plastics material thread has polyester filaments, in which PTFE particles are incorporated, characterised in that the PTFE particles are spun in a non-coherent manner in the polyester filaments.
A power line Ethernet adaptor applied to an external module having a first connector, the power line Ethernet adaptor characterized by a housing having an accommodating space; a cover (22, 22a) movably connected to the housing to move between an on-position and an off-position, and covering the accommodating space when placed at the off-position; and a circuit board (23, 23a) disposed in the accommodating space and having a power line Ethernet module (231, 231a) and a second connector, wherein when at least a part of the external module is disposed in the accommodating space, the first connector and the second connector are electrically connected to each other to establish the signal connection between the external module and the power line Ethernet module (231, 231a), and the cover (22, 22a) also covers the external module when placed at the off-position.
A solid catalyst component for polymerization of olefins, comprising titanium, magnesium, a halogen atom and an internal electron donor, wherein the solid catalyst component has a multimodal pore volume distribution measured by a mercury intrusion method and has one or more peak tops in each of a pore radius range from 0.002 μm to 1 μm and a pore radius range from larger than 1 μm to 30 μm or smaller, and a ratio represented by pore volume V1 derived from pores in the radius range from 0.002 μm to 1 μm/pore volume V2 derived from pores in the radius range from larger than 1 μm to 30 μm or smaller is 0.30 to 0.65. titanium, magnesium, a halogen atom and an internal electron donor, wherein the solid catalyst component has a multimodal pore volume distribution measured by a mercury intrusion method and has one or more peak tops in each of a pore radius range from 0.002 μm to 1 μm and a pore radius range from larger than 1 μm to 30 μm or smaller, and a ratio represented by pore volume V1 derived from pores in the radius range from 0.002 μm to 1 μm/pore volume V2 derived from pores in the radius range from larger than 1 μm to 30 μm or smaller is 0.30 to 0.65.
Connection assembly for a traction battery in particular for electric vehicles, comprising at least one busbar and at least one flexible electrical connection element, wherein the busbar and the flexible electrical connection element extend along each other in an overall extension direction, wherein the busbar comprises at least one compensation section (10, 15) in which the busbar extends sideways away from the extension direction, wherein the flexible electrical connection element comprises a compensation section (10, 16), characterized in that the compensation section (10, 15) of the busbar is located within the compensation section (10, 16) of the flexible electrical connection element, wherein the compensation section (10, 16) of the flexible electrical connection element defines an area that it surrounds and the compensation section (10, 15) of the busbar is located in the area surrounded by the compensation section (10, 16) of the flexible electrical connection element.
A semiconductor device (10, 100) comprising: an n-type semiconductor substrate (11, 101) connected to an output terminal; a first p-type well (12, 121) formed in the n-type semiconductor substrate (11, 101); a first n-type semiconductor region (13, 122) which is formed in the first p-type well (12, 121) and which is connected to a control terminal; and a potential separator (14, 130) connected between the first p-type well (12, 121) and a ground terminal, wherein the potential separator (14, 130) has: a second p-type well (14a, 131) which is formed in the n-type semiconductor substrate (11, 101) and which is connected to the ground terminal; and a second n-type semiconductor region (14b, 132) formed in the second p-type well (14a, 131), wherein the first p-type well (12, 121) and the second n-type semiconductor region (14b, 132) are connected to the ground terminal via a shared resistor (14c, 135), and wherein the shared resistor (14c, 135) is integrated in the semiconductor device (10, 100) or externally fitted on the semiconductor device (10, 100) between a resistor connection terminal and the ground terminal, characterized in that the second n-type semiconductor region (14b, 132) is configured to act as a backgate of a dummy pMOSFET formed in the second p-type well (14a,. an n-type semiconductor substrate (11, 101) connected to an output terminal; a first p-type well (12, 121) formed in the n-type semiconductor substrate (11, 101); a first n-type semiconductor region (13, 122) which is formed in the first p-type well (12, 121) and which is connected to a control terminal; and a potential separator (14, 130) connected between the first p-type well (12, 121) and a ground terminal, wherein the potential separator (14, 130) has: a second p-type well (14a, 131) which is formed in the n-type semiconductor substrate (11, 101) and which is connected to the ground terminal; and a second n-type semiconductor region (14b, 132) formed in the second p-type well (14a, 131), a second p-type well (14a, 131) which is formed in the n-type semiconductor substrate (11, 101) and which is connected to the ground terminal; and a second n-type semiconductor region (14b, 132) formed in the second p-type well (14a, 131), wherein the first p-type well (12, 121) and the second n-type semiconductor region (14b, 132) are connected to the ground terminal via a shared resistor (14c, 135), and wherein the shared resistor (14c, 135) is integrated in the semiconductor device (10, 100) or externally fitted on the semiconductor device (10, 100) between a resistor connection terminal and the ground terminal, characterized in that the second n-type semiconductor region (14b, 132) is configured to act as a backgate of a dummy pMOSFET formed in the second p-type well (14a,.
An extract derived from ruptured cells of blue-green algae obtainable from hot mineral-rich and/or saline water environment for use in a pharmaceutical and/or cosmetic product.
A nitrile rubber composition comprising: nitrile rubber comprising 25 to 60% by weight of an α,β-ethylenically unsaturated nitrile monomer unit, 40 to 75% by weight of a conjugated diene monomer unit, at least part of which may be hydrogenated, and 0 to 30% by weight of a cationic monomer unit, and a laminar inorganic filler contained in a proportion of 1 to 100 parts by weight per 100 parts by weight of the nitrile rubber, in a volume-based particle size distribution of said laminar inorganic filler, a) a ratio of a particle size distribution area of particles having a volume-based particle diameter of at least 1.0 μm to the whole particle size distribution area being at most 30%, b) a maximum peak particle diameter being 0.10 to 1.0 μm, and c) a frequency volume in the maximum peak particle diameter being at least 3.0% (wherein a), b), and c) are determined according to the methods of the description). nitrile rubber comprising 25 to 60% by weight of an α,β-ethylenically unsaturated nitrile monomer unit, 40 to 75% by weight of a conjugated diene monomer unit, at least part of which may be hydrogenated, and 0 to 30% by weight of a cationic monomer unit, and a laminar inorganic filler contained in a proportion of 1 to 100 parts by weight per 100 parts by weight of the nitrile rubber, in a volume-based particle size distribution of said laminar inorganic filler, a) a ratio of a particle size distribution area of particles having a volume-based particle diameter of at least 1.0 μm to the whole particle size distribution area being at most 30%, b) a maximum peak particle diameter being 0.10 to 1.0 μm, and c) a frequency volume in the maximum peak particle diameter being at least 3.0% (wherein a), b), and c) are determined according to the methods of the description).
Self-propulsion gas system comprising: - a cylinder containing a high pressure gas and placed in the rear part of a vehicle; - a cylinder valve placed on the output of the cylinder; - a pressure regulator; - a gas fuel filtering device; - a plurality of fuel injectors; - a motor of the vehicle; - a pipe connecting the cylinder to the motor, wherein said gas fuel filtering device is placed between the pressure regulator and the injectors of the motor, and wherein said gas fuel filtering device comprises a gas inlet duct, a gas outlet duct, a first passive-technology filtering element, for example a cartridge in microfibre or paper, and an active-technology second filtering element, for example an activated carbon filter, fluidically connected in series to said passive-technology filtering element along a gas path between said inlet duct and said outlet duct, said first and second filtering elements having an axial-symmetric shape, being coaxial with one another and the second filtering element being placed on top of the first filtering element so as to have the filtering device vertically oriented, said first filtering element being suitable for filtering the gas fuel from solid particles, oils and water, said second filtering element being suitable for filtering the gas fuel from heavy hydrocarbons, said inlet and outlet ducts being coplanar to one another and extending at right angles with respect to the said symmetry axes of the filters, and wherein the inlet duct is fluidically connected to the pressure regulator, and the outlet duct is fluidically connected to the fuel injectors. - a cylinder containing a high pressure gas and placed in the rear part of a vehicle; - a cylinder valve placed on the output of the cylinder; - a pressure regulator; - a gas fuel filtering device; - a plurality of fuel injectors; - a motor of the vehicle; - a pipe connecting the cylinder to the motor,
A portable tool comprising: a frame configured to be hand held; a working head coupled to the frame and configured to perform at least one action; a camera coupled to the frame; and a controller for controlling the operation of the working head and the camera, wherein a video of a working area can be presented to an operator for viewing the at least one action of the working head and the controller configured to control at least one sensor (120, 122, 124, 126, 128) and monitoring and analysing at least one parameter of the tool; the controller including a microcontroller; characterised in that the microcontroller is configured to receive commands from an external computing device connected to the tool, to initiate remote operation of the tool. a frame configured to be hand held; a working head coupled to the frame and configured to perform at least one action; a camera coupled to the frame; and a controller for controlling the operation of the working head and the camera, wherein a video of a working area can be presented to an operator for viewing the at least one action of the working head and the controller configured to control at least one sensor (120, 122, 124, 126, 128) and monitoring and analysing at least one parameter of the tool; the controller including a microcontroller; characterised in that the microcontroller is configured to receive commands from an external computing device connected to the tool, to initiate remote operation of the tool.
A retainer bar assembly for use with an adjustable base for a support cushion, comprising: a retainer bar configured to secure the support cushion on the adjustable base, the retainer bar having a horizontal rod and two legs (22, 26) connected to the horizontal rod, each of the two legs (22, 26) having an end portion (25, 29) extending therefrom in a direction substantially parallel to the horizontal rod; and a pair of brackets (30a, 30b), each bracket defining at least one channel (31a, 31b) for receiving the end portion (25, 29) of each of the two legs (22, 26), and each channel (31a, 31b) having a vertical segment (33a, 33b, 35a, 35b) and an angled segment (34a, 34b, 36a, 36b) such that each channel (31a, 31b) is configured to allow the horizontal rod to be moved upward and rotated away from each bracket (30a, 30b) characterized by: a cap (40a, 40b) for covering an open top (37a, 37b) of each bracket (30a, 30b). a retainer bar configured to secure the support cushion on the adjustable base, the retainer bar having a horizontal rod and two legs (22, 26) connected to the horizontal rod, each of the two legs (22, 26) having an end portion (25, 29) extending therefrom in a direction substantially parallel to the horizontal rod; and a pair of brackets (30a, 30b), each bracket defining at least one channel (31a, 31b) for receiving the end portion (25, 29) of each of the two legs (22, 26), and each channel (31a, 31b) having a vertical segment (33a, 33b, 35a, 35b) and an angled segment (34a, 34b, 36a, 36b) such that each channel (31a, 31b) is configured to allow the horizontal rod to be moved upward and rotated away from each bracket (30a, 30b) characterized by: a cap (40a, 40b) for covering an open top (37a, 37b) of each bracket (30a, 30b).
A fuel injector body for use with a fuel injector, the fuel injector body comprising: a body that includes an at least partially annular configuration defining a longitudinal axis, a circumferential direction, and a radial direction; a first end that is disposed axially along the longitudinal axis, and a second end that is disposed axially along the longitudinal axis; a first counterbore and a first cavity that extends from the first end toward the second end; and an external interface portion including a sealing surface that is disposed axially between the first end and a shoulder; wherein the first cavity defines a bottom surface and a peripheral surface, the peripheral surface defining a first cavity diameter, and the sealing surface defining a sealing surface diameter, and a ratio of the sealing surface diameter to the first cavity diameter ranges from 0.3 to 4.4; characterised in that the body further includes a radially outer surface that is disposed radially outwardly from the shoulder, the radially outer surface defining a low pressure drain groove, and the body defining a leak passage extending from the bottom surface to the low pressure drain groove. a body that includes an at least partially annular configuration defining a longitudinal axis, a circumferential direction, and a radial direction; a first end that is disposed axially along the longitudinal axis, and a second end that is disposed axially along the longitudinal axis; a first counterbore and a first cavity that extends from the first end toward the second end; and an external interface portion including a sealing surface that is disposed axially between the first end and a shoulder; a first end that is disposed axially along the longitudinal axis, and a second end that is disposed axially along the longitudinal axis; a first counterbore and a first cavity that extends from the first end toward the second end; and an external interface portion including a sealing surface that is disposed axially between the first end and a shoulder; wherein the first cavity defines a bottom surface and a peripheral surface, the peripheral surface defining a first cavity diameter, and the sealing surface defining a sealing surface diameter, and a ratio of the sealing surface diameter to the first cavity diameter ranges from 0.3 to 4.4; characterised in that the body further includes a radially outer surface that is disposed radially outwardly from the shoulder, the radially outer surface defining a low pressure drain groove, and the body defining a leak passage extending from the bottom surface to the low pressure drain groove.
A steering gear for a surgical instrument which is arranged at the proximal end of a shaft, which defines a longitudinal axis and has a bending mechanism at the distal end, wherein the steering gear has two motorised drives and is designed to spatially align a swash plate via the adjustment angles of the two drives, which swash plate is designed to control the distal bending mechanism of the surgical instrument, wherein the first drive has a first drive shaft driven by a first motor and the second drive has a second drive shaft driven by a second motor, characterised in that the first drive shaft is operatively connected to a first traction pulley of a first drive wheel via a first traction means which is arranged between the first traction pulley and a first spindle which is seated on the first drive shaft, which defines a first drive axis, and the second drive shaft is operatively connected to a second traction pulley of a second drive wheel via a second traction means, which is arranged between the second traction pulley and a second spindle, which is seated on the second drive shaft, which defines a second drive axis (C'), wherein the first and second drive wheels (18, 18') are designed as double wheels (18, 18') and each have the corresponding traction pulley (19, 19') and a bevel gear rim (15, 15') present on the respective rear side, and wherein the swash plate is arranged between the two drive wheels (18, 18'), which have a common axis of rotation, and the bevel gear rims (15, 15') are arranged facing each other on the axis of rotation. wherein the steering gear has two motorised drives and is designed to spatially align a swash plate via the adjustment angles of the two drives, which swash plate is designed to control the distal bending mechanism of the surgical instrument, wherein the first drive has a first drive shaft driven by a first motor and the second drive has a second drive shaft driven by a second motor, characterised in that the first drive shaft is operatively connected to a first traction pulley of a first drive wheel via a first traction means which is arranged between the first traction pulley and a first spindle which is seated on the first drive shaft, which defines a first drive axis, and the second drive shaft is operatively connected to a second traction pulley of a second drive wheel via a second traction means, which is arranged between the second traction pulley and a second spindle, which is seated on the second drive shaft, which defines a second drive axis (C'), wherein the first and second drive wheels (18, 18') are designed as double wheels (18, 18') and each have the corresponding traction pulley (19, 19') and a bevel gear rim (15, 15') present on the respective rear side, and wherein the swash plate is arranged between the two drive wheels (18, 18'), which have a common axis of rotation, and the bevel gear rims (15, 15') are arranged facing each other on the axis of rotation.
A method for wireless communications performed by a base station, BS, comprising: scrambling a first demodulation reference signal, DM-RS, to a first UE with a first scrambling sequence initialized with a scrambling sequence initialization; scrambling a second DM-RS to a second UE with a second scrambling sequence initialized with the scrambling sequence initialization, wherein the scrambling sequence initialization is based on coverage enhancement, CE, levels of the first and second UEs; and transmitting the scrambled first DM-RS to the first UE and the scrambled second DM-RS to the second UE in a same search space. scrambling a first demodulation reference signal, DM-RS, to a first UE with a first scrambling sequence initialized with a scrambling sequence initialization; scrambling a second DM-RS to a second UE with a second scrambling sequence initialized with the scrambling sequence initialization, wherein the scrambling sequence initialization is based on coverage enhancement, CE, levels of the first and second UEs; and transmitting the scrambled first DM-RS to the first UE and the scrambled second DM-RS to the second UE in a same search space.
Container for collecting refuse, comprising a space for storing refuse, at least one opening for introducing refuse in the container for collecting refuse and at least one layer of an odour absorbing material, arranged in the container for collecting refuse so as to be on the path of refuse introduced in the container for collecting refuse, between the opening and the storage space, characterised in that the container for collecting refuse comprises a ramp inclined relative to the horizontal, provided in the container for collecting refuse such that the opening opens on an upper end of the ramp.
A process for producing propylene, the process comprising: at least partially metathesizing a first composition comprising at least 10 wt.% butene to form a metathesis-reaction product, where the first composition is metathesized with a metathesis catalyst comprising a mesoporous silica catalyst impregnated with metal oxide, where the mesoporous silica catalyst includes a pore size distribution of 2.5 nm to 40 nm and a total pore volume of at least 0.600 cm 3 /g; at least partially cracking the metathesis-reaction product to form a cracking-reaction product comprising propylene, where the metathesis-reaction product is cracked with a cracking catalyst comprising a mordenite framework inverted structured silica catalyst, where the MFI structured silica catalyst includes total acidity of 0.001 mmol/g to 0.1 mmol/g; and at least partially separating propylene from the cracking-reaction product to form a product composition comprising at least 80 wt.% propylene. at least partially metathesizing a first composition comprising at least 10 wt.% butene to form a metathesis-reaction product, where the first composition is metathesized with a metathesis catalyst comprising a mesoporous silica catalyst impregnated with metal oxide, where the mesoporous silica catalyst includes a pore size distribution of 2.5 nm to 40 nm and a total pore volume of at least 0.600 cm 3 /g; at least partially cracking the metathesis-reaction product to form a cracking-reaction product comprising propylene, where the metathesis-reaction product is cracked with a cracking catalyst comprising a mordenite framework inverted structured silica catalyst, where the MFI structured silica catalyst includes total acidity of 0.001 mmol/g to 0.1 mmol/g; and at least partially separating propylene from the cracking-reaction product to form a product composition comprising at least 80 wt.% propylene.
A compact heating installation with two heating circuits, one for the room heating and one for warm water provision, with a primary heat exchanger, with a secondary heat exchanger for the warm water provision, with a centrifugal pump which delivers a heat transfer medium through the primary heat exchanger and then selectively through the one or the other heating circuit, wherein a directional valve is provided, which depending on the switch position integrates the one or the other heating circuit into a circulation with the primary heat exchanger, wherein the centrifugal pump and the directional valve as a construction unit are arranged on the warm side of the primary heat exchanger, and the delivery branch of the pump connects directly to the valve housing which is arranged next to this, characterised in that two sealing seats are provided within the valve housing, whose associated sealing bodies close counter to the flow direction and are arranged on a common actuating element and that a valve unit which comprises the two sealing seats and the actuating element with the sealing bodies is inserted within the valve housing.