mhurhangee/patent-ind-claim-en huggingface dataset:
A wheeled mobile robot controller compensation system comprising: a compensator signal receiver configured to receive a wheeled mobile robot input signal and further configured to receive a wheeled mobile robot output signal from a wheeled mobile robot ; an identifier signal emitter configured to emit a wheeled mobile robot type signal comprising information that corresponds to the wheeled mobile robot type of the wheeled mobile robot ; a compensator signal determiner configured to determine a controller output compensation signal , by taking into account the wheeled mobile robot input signal received by the compensator signal receiver and the wheeled mobile robot type signal , in order to compensate for environmental and systemic effects affecting motion control of the wheeled mobile robot ; and a compensator signal emitter configured to emit the controller output compensation signal determined by the compensator signal determiner in order to refine a wheeled mobile robot controller output signal , characterised in that the wheeled mobile robot controller compensation system further comprises a wheeled robot type identifier configured to identify of which wheeled mobile robot type is the wheeled mobile robot , by taking into account the wheeled mobile robot output signal and the wheeled mobile robot input signal received by the compensator signal receiver . an identifier signal emitter configured to emit a wheeled mobile robot type signal comprising information that corresponds to the wheeled mobile robot type of the wheeled mobile robot ; a compensator signal determiner configured to determine a controller output compensation signal , by taking into account the wheeled mobile robot input signal received by the compensator signal receiver and the wheeled mobile robot type signal , in order to compensate for environmental and systemic effects affecting motion control of the wheeled mobile robot ; and a compensator signal emitter configured to emit the controller output compensation signal determined by the compensator signal determiner in order to refine a wheeled mobile robot controller output signal , characterised in that the wheeled mobile robot controller compensation system further comprises a wheeled robot type identifier configured to identify of which wheeled mobile robot type is the wheeled mobile robot , by taking into account the wheeled mobile robot output signal and the wheeled mobile robot input signal received by the compensator signal receiver .
An antigenic composition comprising an adjuvant and an Aβ1-15 peptide antigen modified by four palmitic acid moieties inserted into the lipid bilayer of a liposome and presented in a highly repetitive array on the surface of the liposome, for use in the treatment of Alzheimer's Disease (AD), in a patient having a T-cell deficiency, wherein the said adjuvant is MPLA.
Use of a stem cell in the preparation of a tooth-like structure, wherein the tooth-like structure is produced in a mammalian animal by means of xenograft transplantation, and wherein the stem cell is induced to form an epithelial-like cell and the epithelial-like cell is recombined with a dental mesenchyme of another animal and cultured to form a reconstituted explant prior to the xenograft transplantation, wherein the stem cell is an embryo stem cell or an induced pluripotent stem cell, and wherein the animal is selected from the group consisting of mouse and rat.
A valve assembly comprising a valve having a housing and a rotatable valve closure element, rotatable relative to the housing by means of a rotary shaft, and a position detection assembly for detecting a rotary position of the valve closure element, characterized in that the position detection assembly comprises a colour sensor , and one or more colour indicators provided around an outer surface of the rotary shaft , the colour sensor being provided on the valve housing spaced from the surface of the rotary shaft and arranged to emit light onto the surface and detect light reflected from the surface and to determine the position of the valve closure element based on the reflected light.
A video image encoding method comprising: binarizing a chrominance prediction mode of an image block of a to-be-encoded image to obtain a bit string, the bit string including at least three adjacent bits, the to-be-encoded image being permitted to use either one of an inter-component linear model, CCLM, and a regular intra-frame chrominance prediction mode, the CCLM including at least a first mode, a second mode, and a third mode, the regular intra-frame chrominance prediction mode being other intra-frame chrominance prediction modes except the CCLM; and generating a bitstream comprising the bit string; characterized in that if the first bit of the three adjacent bits is used to indicate that the CCLM is used and the second bit is used to indicate that the second mode or the third mode of the CCLM is used, and the third bit satisfies a first value, the third bit is used to indicate that the second mode of the CCLM is used; if the first bit of the three adjacent bits is used to indicate that the CCLM is used and the second bit is used to indicate that the second mode or the third mode of the CCLM is used, and the third bit satisfies a second value, the third bit is used to indicate that the third mode of the CCLM is used; and the method further comprises using mutually independent probability models to respectively encode the second bit and the third bit so that second bit and the third bit can be encoded in parallel. binarizing a chrominance prediction mode of an image block of a to-be-encoded image to obtain a bit string, the bit string including at least three adjacent bits, the to-be-encoded image being permitted to use either one of an inter-component linear model, CCLM, and a regular intra-frame chrominance prediction mode, the CCLM including at least a first mode, a second mode, and a third mode, the regular intra-frame chrominance prediction mode being other intra-frame chrominance prediction modes except the CCLM; and generating a bitstream comprising the bit string; characterized in that if the first bit of the three adjacent bits is used to indicate that the CCLM is used and the second bit is used to indicate that the second mode or the third mode of the CCLM is used, and the third bit satisfies a first value, the third bit is used to indicate that the second mode of the CCLM is used; if the first bit of the three adjacent bits is used to indicate that the CCLM is used and the second bit is used to indicate that the second mode or the third mode of the CCLM is used, and the third bit satisfies a second value, the third bit is used to indicate that the third mode of the CCLM is used; and the method further comprises using mutually independent probability models to respectively encode the second bit and the third bit so that second bit and the third bit can be encoded in parallel.
Two-component system comprising the components A) and B), wherein A) is at least one (meth)acrylate component based on (meth)acrylate monomers which is produced by reaction of the (meth)acryloyl units of at least the components A1) and A2), wherein A1) is at least one alkyl ester of (meth)acrylic acid and A2) is at least one hydroxyalkyl ester of (meth)acrylic acid which comprises a primary hydroxyl group and wherein the alkylene group of the hydroxyalkyl ester is linear and comprises 2 to 6 carbon atoms, wherein the component A) comprises exclusively primary hydroxyl groups and has a hydroxyl number of 80 to 500 mg KOH/g, wherein the hydroxyl number is determined by titrimetry, and B) is at least one polyisocyanate, wherein the component A) additionally comprises the component C), wherein C) is at least one dihydric or polyhydric alcohol and/or at least one polyaspartic ester, characterized in that (a) the component A) is produced by reaction of the (meth)acryloyl units of at least the components A1), A2) and A3), wherein A3) is at least one polysiloxane-containing (meth)acrylate and/or (b) the component A) additionally comprises the component D), wherein D) is a polysiloxane which comprises at least one group reactive toward component B). A) is at least one (meth)acrylate component based on (meth)acrylate monomers which is produced by reaction of the (meth)acryloyl units of at least the components A1) and A2), wherein A1) is at least one alkyl ester of (meth)acrylic acid and A2) is at least one hydroxyalkyl ester of (meth)acrylic acid which comprises a primary hydroxyl group and wherein the alkylene group of the hydroxyalkyl ester is linear and comprises 2 to 6 carbon atoms, wherein the component A) comprises exclusively primary hydroxyl groups and has a hydroxyl number of 80 to 500 mg KOH/g, wherein the hydroxyl number is determined by titrimetry, and A1) is at least one alkyl ester of (meth)acrylic acid and A2) is at least one hydroxyalkyl ester of (meth)acrylic acid which comprises a primary hydroxyl group and wherein the alkylene group of the hydroxyalkyl ester is linear and comprises 2 to 6 carbon atoms, B) is at least one polyisocyanate, wherein the component A) additionally comprises the component C), wherein C) is at least one dihydric or polyhydric alcohol and/or at least one polyaspartic ester, characterized in that (a) the component A) is produced by reaction of the (meth)acryloyl units of at least the components A1), A2) and A3), wherein A3) is at least one polysiloxane-containing (meth)acrylate and/or (b) the component A) additionally comprises the component D), wherein (a) the component A) is produced by reaction of the (meth)acryloyl units of at least the components A1), A2) and A3), wherein A3) is at least one polysiloxane-containing (meth)acrylate and/or (b) the component A) additionally comprises the component D), wherein D) is a polysiloxane which comprises at least one group reactive toward component B).
Method for investigating a functional behaviour of a component of a technical installation in which a signal of the component to be investigated and representing the functional behaviour of the component is compared with a reference signal which describes an average functional behaviour of identical components, wherein in the comparison a comparison variable describing the deviation of the signal from the reference signal is determined and a probability of occurrence of the comparison variable is determined using a definable distribution of a multiplicity of such comparison variables , characterized in that the comparison variable is a maximum cumulative deviation (d i ) between the signal of the component to be investigated and the reference signal . in which a signal of the component to be investigated and representing the functional behaviour of the component is compared with a reference signal which describes an average functional behaviour of identical components, wherein in the comparison a comparison variable describing the deviation of the signal from the reference signal is determined and a probability of occurrence of the comparison variable is determined using a definable distribution of a multiplicity of such comparison variables , characterized in that the comparison variable is a maximum cumulative deviation (d i ) between the signal of the component to be investigated and the reference signal .
An applicator for a cosmetic product, in particular for mascara, comprising a core extending along a main longitudinal extension direction, known as the extension axis (X), and projections projecting from said core in directions substantially radial to the extension axis (X), the projections being moulded with the core characterised in that the free ends of the projections form at least two shells (E1, E2) in mutual engagement along the extension axis (X), a first helical shell (E1) formed by a first plurality of projections , and a second shell (E2) formed by a second plurality of projections , the second shell (E2) having from the extension axis (X), a radial extension which is shorter than the radial extension of the first shell (E1), said shells having a screw shape, about the extension axis, in the form of a helix of circular cross-section, the projections being distributed in rows, known as radial, each radial row being distant from the other along the core , characterised in that each radial row comprises an alternation of three projections , known as a first type, said three projections of the first type belonging to the first shell (E1), with three projections , known as a second type, said three projections of the second type belonging to the second shell (E2), each group of three projections of the same type, taken from one of said radial rows, comprising an intermediate projection, of intermediate radial extension, said projection being framed between two projections of the same type, the intermediate projections forming surface reservoirs of cosmetic product.
A curable rapid gas decompression-resistant fluoroelastomeric composition, comprising a curable fluoropolymer comprising a curesite monomer having at least one functional group capable of curing with a peroxide curative; a bisphenyl-based curative; and an organic peroxide curative and an organic peroxide co-curative, wherein said composition comprises a base of 100 parts by weight of the curable fluoropolymer and 1.5 to 3 parts by weight of a bisphenyl-based curative, 2 to 5 parts by weight of the organic peroxide curative and 3 to 6 parts by weight of the organic peroxide co-curative, each based on said 100 parts by weight of the curable fluoropolymer, wherein the fluoroelastomeric composition has a weight ratio of the bisphenyl-based curative to the organic peroxide co-curative of 0.25:1 to 1.5:1 and a weight ratio of the bisphenyl-based curative to the organic peroxide curative of 0.5:1 to 1.5:1.
A magnetic component , comprising: a first region, a second region and at least one region comprising nitrogen, wherein the at least one region comprising nitrogen is interposed between the first region and the second region in a lengthwise direction, and wherein the width of the first region , of the second region and of the at least one region is the same, characterized in that a concentration of nitrogen in the at least one region has a continuous increase along the length of the at least one region starting from the first region up to the second region such that a saturation magnetization in the at least one region has a continuous decrease along the length of the at least one region starting from the first region up to the second region . a first region, a second region and at least one region comprising nitrogen, wherein the at least one region comprising nitrogen is interposed between the first region and the second region in a lengthwise direction, and wherein the width of the first region , of the second region and of the at least one region is the same, characterized in that a concentration of nitrogen in the at least one region has a continuous increase along the length of the at least one region starting from the first region up to the second region such that a saturation magnetization in the at least one region has a continuous decrease along the length of the at least one region starting from the first region up to the second region .
Processing plant, in particular a mobile crushing plant , in particular a rock crusher, with a feed unit which can be filled with a material to be crushed, wherein a screening unit with a pre-screen is arranged downstream of the feed unit or in the feed unit in a conveying direction, wherein the pre-screen can be caused to oscillate by means of an oscillation drive , and wherein a portion of the material supplied is fed via the screening unit to a subsequent processing unit , in particular a crushing unit , via the screening unit , and a further part being screened out in the screening unit , a further screen being arranged upstream of the screening unit in the conveying direction, which screen is driven by an oscillation exciter , characterized in that a control device is provided, by means of which the oscillation drive and the oscillation exciter are controlled separately from one another.
A computation device, comprising an operation unit , a controller unit , and a conversion unit , wherein: the controller unit is configured to obtain first input data and transmit the first input data to the conversion unit , and configured to transmit a plurality of operation instructions to the operation unit ; the conversion unit is configured to convert the first input data into second input data and transmit the second input data to the operation unit , wherein the second input data is fixed-point data; and the operation unit is configured to perform operations on the second input data; wherein the operation unit comprises a data cache unit configured to cache one or more intermediate results, the operation unit does not perform truncation processing on the one or more intermediate results whose data type is floating point type. the controller unit is configured to obtain first input data and transmit the first input data to the conversion unit , and configured to transmit a plurality of operation instructions to the operation unit ; the conversion unit is configured to convert the first input data into second input data and transmit the second input data to the operation unit , wherein the second input data is fixed-point data; and the operation unit is configured to perform operations on the second input data; wherein the operation unit comprises a data cache unit configured to cache one or more intermediate results, the operation unit does not perform truncation processing on the one or more intermediate results whose data type is floating point type.
Bellows protection adapted to connect adjacent trolleys of a conveyor belt along an object transport line, where said conveyor belt comprises a plurality of trolleys movable along tracks and connected to one another by means of connecting means adapted to allow their reciprocal rotation at least around a vertical or horizontal axis, and where said bellows protection comprises: - a pleated covering positionable between two adjacent trolleys and connectable thereto; - at least one beam adapted to support said covering transversely to the direction of advancement of said transport line; - a base structure adapted to resist vertically directed forces and to support said at least one beam , wherein said base structure comprises at least one reinforcing element positioned so as to bind in at least one point said at least one beam , where said at least one reinforcing element comprises: - first punctiform binding means adapted to connect it at least indirectly to at least one of said two trolleys , characterized in that said at least one reinforcing element further comprises: - second punctiform binding means adapted to connect it to said at least one beam and adapted to avoid reciprocal transversal sliding between it and said at least one beam . - a pleated covering positionable between two adjacent trolleys and connectable thereto; - at least one beam adapted to support said covering transversely to the direction of advancement of said transport line; - a base structure adapted to resist vertically directed forces and to support said at least one beam , wherein said base structure comprises at least one reinforcing element positioned so as to bind in at least one point said at least one beam , where said at least one reinforcing element comprises: - first punctiform binding means adapted to connect it at least indirectly to at least one of said two trolleys , - first punctiform binding means adapted to connect it at least indirectly to at least one of said two trolleys , characterized in that said at least one reinforcing element further comprises: - second punctiform binding means adapted to connect it to said at least one beam and adapted to avoid reciprocal transversal sliding between it and said at least one beam . - second punctiform binding means adapted to connect it to said at least one beam and adapted to avoid reciprocal transversal sliding between it and said at least one beam .
A pressure chamber comprising: a bladder at least partially formed from a polymer material that is sealed to enclose a pressurized fluid, wherein the bladder has an elongate configuration that defines a longitudinal axis and comprises ends that are substantially planar and circular; and one or more strands wound in a substantially helical configuration about the longitudinal axis of the bladder, secured to the bladder, and extending through a majority of a length of the bladder; wherein the one or more strands are formed from a one-dimensional material and have greater stretch resistance than the polymer material of the bladder. a bladder at least partially formed from a polymer material that is sealed to enclose a pressurized fluid, wherein the bladder has an elongate configuration that defines a longitudinal axis and comprises ends that are substantially planar and circular; and one or more strands wound in a substantially helical configuration about the longitudinal axis of the bladder, secured to the bladder, and extending through a majority of a length of the bladder; wherein the one or more strands are formed from a one-dimensional material and have greater stretch resistance than the polymer material of the bladder.
An air spring, comprising a top plate , a diaphragm and a first rubber metal spring ; the diaphragm is arranged between the top plate and the first rubber metal spring ; the first rubber metal spring is hollow to form a cavity, and the cavity penetrates through a top of the first rubber metal spring in a vertical direction, the top of the first rubber metal spring is connected to a first support ; the air spring further comprises a second rubber metal spring , and the second rubber metal spring is fixedly inserted in the cavity of the first rubber metal spring ; a top of the second rubber metal spring is connected to a second support , and a top of the second support corresponds to the top plate to come into contact with the top plate when the diaphragm is out of air; and, when the diaphragm is inflated, there is a height difference Δh between the top of the second support and the top of the first support , where the Δh≠0; characterized in that , a top of the first support corresponds to the top plate to come into contact with the top plate when the diaphragm is out of air; the second rubber metal spring is connected in parallel with the first rubber metal spring ; and, the first support and the second support slide relative to each other in a vertical direction, but do not slide relative to each other in a horizontal direction the air spring further comprises a second rubber metal spring , and the second rubber metal spring is fixedly inserted in the cavity of the first rubber metal spring ; a top of the second rubber metal spring is connected to a second support , and a top of the second support corresponds to the top plate to come into contact with the top plate when the diaphragm is out of air; and, when the diaphragm is inflated, there is a height difference Δh between the top of the second support and the top of the first support , where the Δh≠0; characterized in that , a top of the first support corresponds to the top plate to come into contact with the top plate when the diaphragm is out of air; the second rubber metal spring is connected in parallel with the first rubber metal spring ; and, the first support and the second support slide relative to each other in a vertical direction, but do not slide relative to each other in a horizontal direction