mhurhangee/patent-ind-claim-en huggingface dataset:
Arrangement comprising - a supply system comprising a main body and at least one supply port (3 to 8), and - at least one component , wherein the main body extends along a longitudinal axis (LA), wherein the or each supply port (3 to 8) - is let into the main body and - is configured to in each case provide a supply medium, wherein the main body comprises a plurality of outer wall portions (9 to 12) and at least one connecting portion (13 to 16), wherein the or each connecting portion (13 to 16) mechanically connects in each case two mutually adjacent outer wall portions (9 to 12) to each other, wherein at least one connecting portion (13 to 16) has two undercuts (17 to 24) which - each have the shape of a channel or score or groove or profile rail, - extend parallel to the longitudinal axis (LA) of the main body , and - are spaced apart from each other, and wherein the or each component of the arrangement is connected or connectable releasably to the main body , characterized in that the or at least one component of the arrangement in each case comprises at least one engaging element, wherein the inner contour of the component is configured to engage in at least two undercuts (17 to 24) on the main body of the supply system . - a supply system comprising a main body and at least one supply port (3 to 8), and - at least one component , wherein the main body extends along a longitudinal axis (LA), wherein the or each supply port (3 to 8) - is let into the main body and - is configured to in each case provide a supply medium, - is let into the main body and - is configured to in each case provide a supply medium, wherein the main body comprises a plurality of outer wall portions (9 to 12) and at least one connecting portion (13 to 16), wherein the or each connecting portion (13 to 16) mechanically connects in each case two mutually adjacent outer wall portions (9 to 12) to each other, wherein at least one connecting portion (13 to 16) has two undercuts (17 to 24) which - each have the shape of a channel or score or groove or profile rail, - extend parallel to the longitudinal axis (LA) of the main body , and - are spaced apart from each other, and - each have the shape of a channel or score or groove or profile rail, - extend parallel to the longitudinal axis (LA) of the main body , and - are spaced apart from each other, and wherein the or each component of the arrangement is connected or connectable releasably to the main body , characterized in that the or at least one component of the arrangement in each case comprises at least one engaging element, wherein the inner contour of the component is configured to engage in at least two undercuts (17 to 24) on the main body of the supply system .
A dual feed centrifuge system for separating solids from fluids in a drilling mud, the centrifuge system comprising: a bowl ; a screw conveyor rotatably mounted within the bowl ; a first feed pipe mounted within the screw conveyor for feeding the drilling mud through a first feed port in a wall of the screw conveyor to a first annular space between the bowl and the wall of the screw conveyor ; and a second feed pipe mounted within the screw conveyor for feeding the drilling mud through a second feed port in the wall of the screw conveyor to a second annular space between the bowl and the wall of the screw conveyor , wherein the bowl comprises a bowl section and a conical section , wherein the first feed port is located approximately midway axially along the conical section, wherein the second feed port is located approximately midway axially along the bowl section, characterized by a control system for adjusting the drilling mud flow between the first feed pipe and the second feed pipe to proactively adjust the torque loading on the centrifuge by allocating the drilling mud flow between the first feed pipe and the second feed pipe to compensate for feed-quality related upsets and to reduce wear and tear on the centrifuge driver and torque adjustment device due to torque adjustments. a bowl ; a screw conveyor rotatably mounted within the bowl ; a first feed pipe mounted within the screw conveyor for feeding the drilling mud through a first feed port in a wall of the screw conveyor to a first annular space between the bowl and the wall of the screw conveyor ; and a second feed pipe mounted within the screw conveyor for feeding the drilling mud through a second feed port in the wall of the screw conveyor to a second annular space between the bowl and the wall of the screw conveyor , wherein the bowl comprises a bowl section and a conical section , wherein the first feed port is located approximately midway axially along the conical section, wherein the second feed port is located approximately midway axially along the bowl section, characterized by a control system for adjusting the drilling mud flow between the first feed pipe and the second feed pipe to proactively adjust the torque loading on the centrifuge by allocating the drilling mud flow between the first feed pipe and the second feed pipe to compensate for feed-quality related upsets and to reduce wear and tear on the centrifuge driver and torque adjustment device due to torque adjustments.
A support platform (Ci) configured to carry at least one stream of objects , the support platform characterized by at least one array of mandrels aligned in a row (r1), each of said mandrels configured for holding one of the objects thereon; and a mobilizing mechanism configured and operable to couple said support platform (Ci) to a lane and controllably translate said support platform along the lane for applying at least one treatment process to surface areas of the objects.
A method comprising: applying binary forward error correcting, FEC, encoding to a stream of input binary bits to generate a stream of coded bits; mapping the stream of coded bits to a plurality of binary streams; and applying stream-specific modulations to the plurality of binary streams , the stream-specific modulations comprising QAM mapping and/or stream-specific modulations of different orders to generate a plurality of first complex-valued streams, characterized in that the method further comprises applying non-binary FEC encoding to the generated plurality of first complex-valued streams to generate a second complex-valued stream, wherein applying non-binary FEC encoding comprises one or both of: symbol-level scrambling and symbol-level interleaving, wherein in symbol-level scrambling each of the plurality of first complex-valued streams is multiplied by a scrambling sequence, and wherein in symbol-level interleaving each of the plurality of first complex-valued streams is multiplied by an interleaving matrix; wherein applying binary FEC encoding comprises applying binary FEC encoding to streams of input bits associated with multiple UEs to generate streams of coded bits, wherein the method further comprises bit multiplexing the streams of coded bits into a bit multiplexed stream of coded bits, wherein mapping comprises mapping the bit multiplexed stream of coded bits. applying binary forward error correcting, FEC, encoding to a stream of input binary bits to generate a stream of coded bits; mapping the stream of coded bits to a plurality of binary streams; and applying stream-specific modulations to the plurality of binary streams , the stream-specific modulations comprising QAM mapping and/or stream-specific modulations of different orders to generate a plurality of first complex-valued streams, characterized in that the method further comprises applying non-binary FEC encoding to the generated plurality of first complex-valued streams to generate a second complex-valued stream, wherein applying non-binary FEC encoding comprises one or both of: symbol-level scrambling and symbol-level interleaving, wherein in symbol-level scrambling each of the plurality of first complex-valued streams is multiplied by a scrambling sequence, and wherein in symbol-level interleaving each of the plurality of first complex-valued streams is multiplied by an interleaving matrix; wherein applying binary FEC encoding comprises applying binary FEC encoding to streams of input bits associated with multiple UEs to generate streams of coded bits, wherein the method further comprises bit multiplexing the streams of coded bits into a bit multiplexed stream of coded bits, wherein mapping comprises mapping the bit multiplexed stream of coded bits.
Interface for controlling at least one function of a motor vehicle member, comprising: - at least one control member comprising: - a rotary thumbwheel , - at least one metal index borne by the rotary thumbwheel and that can move therewith, - a guide , the rotary thumbwheel being supported and guided in rotation by the guide , - a capacitive touchscreen configured to detect the position of the metal index , the guide being fixed to the capacitive touchscreen , the metal index being arranged facing the capacitive touchscreen , - a display screen arranged under the capacitive touchscreen , the display screen and the capacitive touchscreen being at least partially transparent, the interface is configured to display, on the display screen , at least one menu of items to be selected, the menu having an at least partially circular form surrounding the control member , and; characterized in that the interface is also configured to cancel a command when the user presses in a predetermined rollback zone on the capacitive touchscreen , the rotary thumbwheel and the guide having respective ring forms having a central orifice and in that the predetermined rollback zone is situated at the central orifice of the control member . - at least one control member comprising: - a rotary thumbwheel , - at least one metal index borne by the rotary thumbwheel and that can move therewith, - a guide , the rotary thumbwheel being supported and guided in rotation by the guide , - a rotary thumbwheel , - at least one metal index borne by the rotary thumbwheel and that can move therewith, - a guide , the rotary thumbwheel being supported and guided in rotation by the guide , - a capacitive touchscreen configured to detect the position of the metal index , the guide being fixed to the capacitive touchscreen , the metal index being arranged facing the capacitive touchscreen , - a display screen arranged under the capacitive touchscreen , the display screen and the capacitive touchscreen being at least partially transparent,
Composite particles for an electrode comprising LiVOPO 4 particles and carbon, wherein the carbon is supported on at least a portion of the surface of the LiVOPO 4 particles to form a carbon coating layer characterized in that the BET specific surface area of the composite particles is 1.5 to 15.0 m 2 /g.
A copolymer for use in a method of treatment of a parenteral infection in a subject, the copolymer comprising an acrolein derived segment and a polyalkylene glycol oligomer segment, the copolymer having a molecular weight of no more than 1000 Daltons.
A machine for use in an environmental control system comprising: a turbine impeller and a turbine inlet configured to port compressed air to drive said turbine impeller; a compressor impeller and compressor inlet configured to port air to said compressor impeller, said compressor impeller connected to deliver air into a compressor outlet , said compressor outlet connected to said turbine inlet, a turbine outlet connected to a first connection to be connected to an aircraft cabin ; said turbine impeller connected to said compressor impeller by a drive shaft ; said drive shaft including a radially outwardly extending thrust disk , and thrust bearings provided on each of two axial faces of said thrust disk; and a cooling air inlet connected to pass air along said thrust bearings, and radially inwardly and axially along said drive shaft, and then to a cooling air outlet , said cooling air outlet connected to a second connection maintained separate from said first connection, wherein said second connection is connected to a dump at atmospheric pressure; and characterised in that holes pass through said compressor impeller, such that air from said compressor inlet is connected to pass to the cooling air outlet. a turbine impeller and a turbine inlet configured to port compressed air to drive said turbine impeller; a compressor impeller and compressor inlet configured to port air to said compressor impeller, said compressor impeller connected to deliver air into a compressor outlet , said compressor outlet connected to said turbine inlet, a turbine outlet connected to a first connection to be connected to an aircraft cabin ; said turbine impeller connected to said compressor impeller by a drive shaft ; said drive shaft including a radially outwardly extending thrust disk , and thrust bearings provided on each of two axial faces of said thrust disk; and a cooling air inlet connected to pass air along said thrust bearings, and radially inwardly and axially along said drive shaft, and then to a cooling air outlet , said cooling air outlet connected to a second connection maintained separate from said first connection, wherein said second connection is connected to a dump at atmospheric pressure; and characterised in that holes pass through said compressor impeller, such that air from said compressor inlet is connected to pass to the cooling air outlet. a cooling air inlet connected to pass air along said thrust bearings, and radially inwardly and axially along said drive shaft, and then to a cooling air outlet , said cooling air outlet connected to a second connection maintained separate from said first connection, wherein said second connection is connected to a dump at atmospheric pressure; and characterised in that holes pass through said compressor impeller, such that air from said compressor inlet is connected to pass to the cooling air outlet.
A monitoring system of a passenger conveyor , comprising: an imaging sensor configured to sense a lighting device of the passenger conveyor to acquire (S100) image data; a processing apparatus configured to process the image data to monitor whether the lighting device is in a normal state; characterised in that the processing apparatus is configured to comprise: a background acquisition module configured to acquire (S200) a background model based on image data sensed when the lighting device is in a normal state or in an abnormal state; a foreground detection module configured to compare image data sensed in real time with the background model to obtain a foreground object; and a working condition judgment module configured to perform data processing at least based on the foreground object to judge (S400) whether the lighting device is in a normal state. an imaging sensor configured to sense a lighting device of the passenger conveyor to acquire (S100) image data; a processing apparatus configured to process the image data to monitor whether the lighting device is in a normal state; characterised in that the processing apparatus is configured to comprise: a background acquisition module configured to acquire (S200) a background model based on image data sensed when the lighting device is in a normal state or in an abnormal state; a foreground detection module configured to compare image data sensed in real time with the background model to obtain a foreground object; and a working condition judgment module configured to perform data processing at least based on the foreground object to judge (S400) whether the lighting device is in a normal state. a background acquisition module configured to acquire (S200) a background model based on image data sensed when the lighting device is in a normal state or in an abnormal state; a foreground detection module configured to compare image data sensed in real time with the background model to obtain a foreground object; and a working condition judgment module configured to perform data processing at least based on the foreground object to judge (S400) whether the lighting device is in a normal state.
Ballistic protective helmet , comprising: a. a helmet dome formed from a metal material, wherein the helmet dome comprises an inside facing the head of a wearer and an opposite outside ; and b. a layer arranged on the outside of the helmet dome , which layer is formed from a fiber composite material, characterized in that c. the metal material is titanium or a titanium alloy. a. a helmet dome formed from a metal material, wherein the helmet dome comprises an inside facing the head of a wearer and an opposite outside ; and b. a layer arranged on the outside of the helmet dome , which layer is formed from a fiber composite material, characterized in that c. the metal material is titanium or a titanium alloy.
An extract of Amaranth, wherein the Aramanth is selected from the group consisting of Amaranthus caudatus, Amaranthus cruentus, Amaranthus tricolor, Amaranthus blitum, Amaranthus viridis, Amaranthus dubius, Amaranthus hypochondriacus, Amaranthus hybridus and combinations thereof, the extract comprising about 3% to about 20% nitrates; about 0.1% to about 10% of L-arginine; about 0.001% to about 10% of flavonoids; about 0.01% to about 15% of saponins; about 0.01% to about 10% of alkaloids; about 10% to about 30% of carbohydrates; about 5% to about 25% of proteins; about 5 % to about 25% potassium; and, about 0.01% to about 0.1% of the total oxalic acid, wherein the total oxalic acid comprises free oxalic acid and oxalates. about 3% to about 20% nitrates; about 0.1% to about 10% of L-arginine; about 0.001% to about 10% of flavonoids; about 0.01% to about 15% of saponins; about 0.01% to about 10% of alkaloids; about 10% to about 30% of carbohydrates; about 5% to about 25% of proteins; about 5 % to about 25% potassium; and, about 0.01% to about 0.1% of the total oxalic acid,
Continuous passive motion apparatus comprising a base , a support for the thigh of a patient, an inflatable bladder below the thigh support for lifting the thigh support as the bladder is inflated and lowering it as the bladder is deflated, and a connection between the base and the thigh support which permits the thigh support to change its angle with respect to the base as the bladder inflates and deflates; characterized in that said connection between the base and the thigh support also permits the thigh support to perform rectilinear movements with respect to the base .
Method for controlling a cruise control of a vehicle, the method comprising: outputting (S2) a signaling when a speed of the vehicle is within a predetermined range (r) for a first period of time (t1); detecting (S3) a predefined user activity after the signaling has been output; and activating (S4) cruise control of the vehicle after the signaling has been output, wherein the cruise control of the vehicle is activated after the predefined user activity is detected, characterized in that the cruise control of the vehicle is only activated, if the speed of the vehicle is within the predetermined range (r) when detecting the predefined user activity. outputting (S2) a signaling when a speed of the vehicle is within a predetermined range (r) for a first period of time (t1); detecting (S3) a predefined user activity after the signaling has been output; and activating (S4) cruise control of the vehicle after the signaling has been output, wherein the cruise control of the vehicle is activated after the predefined user activity is detected, characterized in that the cruise control of the vehicle is only activated, if the speed of the vehicle is within the predetermined range (r) when detecting the predefined user activity.
A cartridge casing comprising : a single walled casing tube having a first end provided with a corner edge; a head cap provided with a shoulder edge, wherein the first end of the casing tube abuts and is joined with the head cap such that the corner edge of the casing tube sits within the shoulder edge of the head cap ; and such that an orifice in the first end of the casing tube is aligned with a passage in the head cap to define a flash passage ; and the head cap and casing tube are held together by a deformable member which directly clamps against the end cap and casing tube to thereby provide a mechanical joint between the head cap and casing tube ; wherein : the deformable member , tube casing and head cap comprise a ferritic alloy; an environmental seal material is provided between the first end of the casing tube and head cap ; and the walls of the casing tube are configured to contain a pressure of up to about 500MPa. a single walled casing tube having a first end provided with a corner edge; a head cap provided with a shoulder edge, wherein the first end of the casing tube abuts and is joined with the head cap such that the corner edge of the casing tube sits within the shoulder edge of the head cap ; and such that an orifice in the first end of the casing tube is aligned with a passage in the head cap to define a flash passage ; and the head cap and casing tube are held together by a deformable member which directly clamps against the end cap and casing tube to thereby provide a mechanical joint between the head cap and casing tube ; wherein : the deformable member , tube casing and head cap comprise a ferritic alloy; an environmental seal material is provided between the first end of the casing tube and head cap ; and the walls of the casing tube are configured to contain a pressure of up to about 500MPa. the deformable member , tube casing and head cap comprise a ferritic alloy; an environmental seal material is provided between the first end of the casing tube and head cap ; and the walls of the casing tube are configured to contain a pressure of up to about 500MPa.
A grating, comprising: a first substrate and a second substrate which are oppositely disposed; a first transparent electrode which has a grating structure and is disposed on a side of the first substrate facing towards the second substrate ; a second transparent electrode which is disposed on a side of the second substrate facing towards the first substrate and corresponds to the first transparent electrode ; and a polymer layer which is disposed between the first transparent electrode and the second transparent electrode and which contains therein liquid crystalline elastomers and nano-sized material configured to converting electromagnetic energy into heat energy; wherein where a voltage is applied between the first transparent electrode and the second transparent electrode , the nano-sized material converts electromagnetic energy into heat energy, so that the polymer layer is in cholesteric phase and reflects all the light within the wavelength range of visible light, and where a voltage is not applied between the first transparent electrode and the second transparent electrode , the polymer layer is in transparent state. a first substrate and a second substrate which are oppositely disposed; a first transparent electrode which has a grating structure and is disposed on a side of the first substrate facing towards the second substrate ; a second transparent electrode which is disposed on a side of the second substrate facing towards the first substrate and corresponds to the first transparent electrode ; and a polymer layer which is disposed between the first transparent electrode and the second transparent electrode and which contains therein liquid crystalline elastomers and nano-sized material configured to converting electromagnetic energy into heat energy; wherein where a voltage is applied between the first transparent electrode and the second transparent electrode , the nano-sized material converts electromagnetic energy into heat energy, so that the polymer layer is in cholesteric phase and reflects all the light within the wavelength range of visible light, and where a voltage is not applied between the first transparent electrode and the second transparent electrode , the polymer layer is in transparent state.