mhurhangee/patent-ind-claim-en huggingface dataset:
A lid arrangement for a canister for a retractable rollup truck bed cover comprises a lid and a canister , wherein the canister has a main housing part and opposite housing end parts , and wherein the lid spans between said housing end parts across the main housing part , characterized in that the lid is pivotally connected to at least one of the housing end parts , wherein, in the closed position of the lid , said lid does not cover the whole width of the canister in that a rear lid edge of the lid does not extend the whole distance to a housing part rear wall of the housing end part .
A retention assembly for use with a valve assembly of a charged cylinder, comprising: a first fitting arranged to be, in use, coupled to the valve assembly ; a second fitting arranged to be, in use, coupled to the charged cylinder ; and a retaining member coupled between the first fitting and the second fitting, the retaining member disposed within an interior chamber of the charged cylinder; wherein the retaining member includes a flange extending radially outward from the retaining member, and wherein the flange is configured to contact the second fitting to limit axial movement of the retaining member and the valve assembly with respect to the charged cylinder. a first fitting arranged to be, in use, coupled to the valve assembly ; a second fitting arranged to be, in use, coupled to the charged cylinder ; and a retaining member coupled between the first fitting and the second fitting, the retaining member disposed within an interior chamber of the charged cylinder; wherein the retaining member includes a flange extending radially outward from the retaining member, and wherein the flange is configured to contact the second fitting to limit axial movement of the retaining member and the valve assembly with respect to the charged cylinder.
A lawn mower robot, comprising: an outer cover ; an inner body accommodated inside the outer cover and having a plurality of wheels on both side surfaces for traveling; a rotating plate rotatably mounted on a bottom surface of the inner body ; a plurality of blades rotatably mounted on the rotating plate to cut grass; a height adjustment unit to adjust height of the blades ; and a height display unit to display the height of the blades , wherein the height display unit comprises: an inner cover mounted on an upper portion of the outer cover ; a display window formed through one side of the inner cover ; and a ruler having numerals on an upper surface thereof to display the height of the blades , and mounted inside the inner body to be movable in an up and down direction and a back and forth direction in correspondence to movement of the height adjustment unit , wherein the ruler is formed in a shape of a strip having a long length and a thin thickness, and is flexible to be bent. an outer cover ; an inner body accommodated inside the outer cover and having a plurality of wheels on both side surfaces for traveling; a rotating plate rotatably mounted on a bottom surface of the inner body ; a plurality of blades rotatably mounted on the rotating plate to cut grass; a height adjustment unit to adjust height of the blades ; and a height display unit to display the height of the blades , wherein the height display unit comprises: an inner cover mounted on an upper portion of the outer cover ; a display window formed through one side of the inner cover ; and a ruler having numerals on an upper surface thereof to display the height of the blades , and mounted inside the inner body to be movable in an up and down direction and a back and forth direction in correspondence to movement of the height adjustment unit , wherein the ruler is formed in a shape of a strip having a long length and a thin thickness, and is flexible to be bent. an inner cover mounted on an upper portion of the outer cover ; a display window formed through one side of the inner cover ; and a ruler having numerals on an upper surface thereof to display the height of the blades , and mounted inside the inner body to be movable in an up and down direction and a back and forth direction in correspondence to movement of the height adjustment unit , wherein the ruler is formed in a shape of a strip having a long length and a thin thickness, and is flexible to be bent.
A collapsible portable shelter comprising: at least a first strut and a second strut , each strut being resiliently flexible, a panel formed of a flexible material coupled with the first strut and the second strut , wherein the first strut is received along a first side of the panel and the second strut is received along a second side of the panel , the second side opposing the first side, the first strut and the second strut each has a first end portion extending beyond a third side of the panel , and a second end portion, and characterised in that the collapsible portable shelter further comprises a ballast member for attachment to at least one of said struts to anchor the panel relative to the ground, wherein in use said first end portion of each of the first strut and second strut is to be received in the ground to resist lateral movement of said first end portions received in the ground, and said second end portions are free of said ground, and wherein, in use, said ballast member , when attached to said struts , applies flex to said struts and the said flex and the force applied to said struts by their location in the ground acts to support and anchor the shelter to the ground when erected, and wherein in use an orientation of the panel with respect to the surface can be readily varied by adjusting the ballast member . at least a first strut and a second strut , each strut being resiliently flexible, a panel formed of a flexible material coupled with the first strut and the second strut , wherein the first strut is received along a first side of the panel and the second strut is received along a second side of the panel , the second side opposing the first side, the first strut and the second strut each has a first end portion extending beyond a third side of the panel , and a second end portion, and characterised in that the collapsible portable shelter further comprises a ballast member for attachment to at least one of said struts to anchor the panel relative to the ground, wherein in use said first end portion of each of the first strut and second strut is to be received in the ground to resist lateral movement of said first end portions received in the ground, and said second end portions are free of said ground, and wherein, in use, said ballast member , when attached to said struts , applies flex to said struts and the said flex and the force applied to said struts by their location in the ground acts to support and anchor the shelter to the ground when erected, and wherein in use an orientation of the panel with respect to the surface can be readily varied by adjusting the ballast member .
A cleaning article comprising melamine-formaldehyde foam, wherein the melamine-formaldehyde foam comprises at least two sheets and has a density above 12 kg/m 3 , wherein each sheet is from about 0.5 to about 4 mm in thickness and the static COF between two sheets is greater than 6, wherein the static CoF is run per ASTM D1894 with the following modifications: sled size is 6.35 × 6.35cm (2.5 × 2.5in) with a mass of 118g and Sample size is 6.35 × 6.35cm (2.5 × 2.5in) and 2mm thick.
A readout network topology for a Matrix Output Device with a number of outputs given by the cross combination of "m" rows and "n" columns, labeled as Source(i, j), wherein "i" ranges 1 to m and "j" ranges 1 to n characterized in that it comprises: a basic filtering block, replicated for all the matrix outputs, and separately assigned to each one; each filtering block containing a pair of filtering circuits selected from two models: a capacitor in series with a resistor and a capacitor in series with an inductor, having a common input connection to its assigned matrix output and providing two separate, symmetrical and filtered outputs labeled Col. (j) and Row(i); a plurality of amplifiers, one linked to each Row (i) and one linked to each Column (j), each amplifier having a low impedance input; all the Row(i) outputs incoming from the same row "i", but from different columns are connected together to the low impedance input of the amplifier linked to the "i" row, which completes an active filtering and the mixing topology functionality of the network, giving rise to a corresponding AmpRow(i) output, and all the Column(j) outputs incoming from the same column "j", but from different rows, are connected together to the low impedance input of an amplifier linked to the "j" column, which completes the active filtering and the mixing topology functionality of the network, giving rise to the corresponding AmpCol(j) output; wherein the complete topology of the readout network appears revealed expanding "i" and "j" throughout their respective ranges. a capacitor in series with a resistor and a capacitor in series with an inductor, having a common input connection to its assigned matrix output and providing two separate, symmetrical and filtered outputs labeled Col. (j) and Row(i); a plurality of amplifiers, one linked to each Row (i) and one linked to each Column (j), each amplifier having a low impedance input; all the Row(i) outputs incoming from the same row "i", but from different columns are connected together to the low impedance input of the amplifier linked to the "i" row, which completes an active filtering and the mixing topology functionality of the network, giving rise to a corresponding AmpRow(i) output, and all the Column(j) outputs incoming from the same column "j", but from different rows, are connected together to the low impedance input of an amplifier linked to the "j" column, which completes the active filtering and the mixing topology functionality of the network, giving rise to the corresponding AmpCol(j) output; wherein the complete topology of the readout network appears revealed expanding "i" and "j" throughout their respective ranges.
An insert molded component for a reel based tensioning device, the reel based tensioning device being coupled with a tension member and being operable to tension the tension member, the insert molded component comprising: a base member of the reel based tensioning device, the base member being made of a polymer material, the base member having a top end and a bottom end with a bottom surface and having an interior cavity within which one or more components of the reel based tensioning device are positionable; and a fabric material that is substantially flush with the bottom surface of the base member and that extends laterally from at least a portion of an outer periphery of the bottom end of the base member , characterized by the base member being insert molded onto the fabric material by injecting the polymer material through the fabric material so that when the insert molded component is formed, the fabric material is disposed within at least a portion of the base member with the polymer material of the least a portion of the base member disposed on opposite sides of the fabric material ; and wherein the fabric material comprises a woven polymer based fabric material . a base member of the reel based tensioning device, the base member being made of a polymer material, the base member having a top end and a bottom end with a bottom surface and having an interior cavity within which one or more components of the reel based tensioning device are positionable; and a fabric material that is substantially flush with the bottom surface of the base member and that extends laterally from at least a portion of an outer periphery of the bottom end of the base member , characterized by the base member being insert molded onto the fabric material by injecting the polymer material through the fabric material so that when the insert molded component is formed, the fabric material is disposed within at least a portion of the base member with the polymer material of the least a portion of the base member disposed on opposite sides of the fabric material ; and wherein the fabric material comprises a woven polymer based fabric material .
A pharmaceutical composition in form of an oil in water emulsion or microemulsion, for use in forming a cushion during endoscopic procedures wherein the composition is in liquid phase up to a temperature of about 40°C in vitro, and comprises: a) an aqueous phase; b) an oily phase; c) at least one surfactant; d) at least one poloxamer between 5% and 12 % by weight, with respect to the weight of the composition; and e) optionally at least one physiologically acceptable excipient; wherein said oily phase comprises at least one lipophilic compound; and wherein said at least one poloxamer is poloxamer 188 or a mixture of poloxamer 188 and poloxamer 407. a) an aqueous phase; b) an oily phase; c) at least one surfactant; d) at least one poloxamer between 5% and 12 % by weight, with respect to the weight of the composition; and e) optionally at least one physiologically acceptable excipient;
A disc brake for a utility vehicle, having a brake calliper that straddles a brake disc that is held on a vehicle-side brake carrier such that it can be moved axially in relation to the brake disc , the brake carrier having on either side of the brake disc a pad channel that is bounded on the entry and exit sides by brake-carrier horns and in which is positioned a brake pad having a pad-carrier plate and a friction pad that is fixed to the pad-carrier plate , during braking, each brake pad resting on the brake carrier at least on the entry side in the direction of rotation of the brake disc , characterised in that the edge region of the brake pad facing the floor of the pad channel is provided with at least one projecting lug that engages in a recess of the adjacent brake-carrier horn to create a form fit.
A signal acquisition circuitry for performing correlated double sampling, CDS, on a differential input signal, having components Vx and Vy, for low power signal processing, the circuitry comprising: an amplifier , including or coupled to a feedback network configured to provide a closed-loop gain around the amplifier, the feedback network including or coupled to a storage capacitor (Ci), the amplifier being configured to provide gain between first and second amplifier inputs and an amplifier output , the storage capacitor (Ci) being located between the second amplifier input and a ground or other reference node ; an initialization switch being located between the amplifier output and the second amplifier input , the initialization switch being arranged to initialize the storage capacitor (Ci) before the CDS of the differential input signal; control circuitry , configured to control operation of a multiplexer to sequentially couple the components Vx and Vy to the first amplifier input for respective first and second samplings of the CDS, the CDS of the differential input signal including settling and analog-to-digital sampling of each of the components Vx and Vy before reinitializing the storage capacitor (Ci) for a successive CDS sampling instance; and an analog-to-digital converter, ADC, , coupled to the amplifier output , and wherein the control circuitry is configured to control the ADC to perform analog-to-digital conversions of amplifier output samples of Vx and Vy for differencing of the digital representations of Vx and Vy to provide the correlation of the CDS in the digital domain. an amplifier , including or coupled to a feedback network configured to provide a closed-loop gain around the amplifier, the feedback network including or coupled to a storage capacitor (Ci), the amplifier being configured to provide gain between first and second amplifier inputs and an amplifier output , the storage capacitor (Ci) being located between the second amplifier input and a ground or other reference node ; an initialization switch being located between the amplifier output and the second amplifier input , the initialization switch being arranged to initialize the storage capacitor (Ci) before the CDS of the differential input signal; control circuitry , configured to control operation of a multiplexer to sequentially couple the components Vx and Vy to the first amplifier input for respective first and second samplings of the CDS, the CDS of the differential input signal including settling and analog-to-digital sampling of each of the components Vx and Vy before reinitializing the storage capacitor (Ci) for a successive CDS sampling instance; and an analog-to-digital converter, ADC, , coupled to the amplifier output , and wherein the control circuitry is configured to control the ADC to perform analog-to-digital conversions of amplifier output samples of Vx and Vy for differencing of the digital representations of Vx and Vy to provide the correlation of the CDS in the digital domain.
A cleaning robot comprising: a data acquisition unit that is adapted to acquire actual sensor data by measuring a distance from a current position of the cleaning robot to an object to be measured; a local map acquisition unit that is adapted to acquire a local map for the vicinity of the current position of the cleaning robot using virtual sensor data extracted based on an environmental map stored in advance; and a processor that is adapted to determine coordinates of the current position of the cleaning robot in the coordinate system of the local map by performing matching between the local map and the actual sensor data, and wherein the processor is adapted to acquire a plurality of straight lines from the local map acquired by the local map acquisition unit , to calculate a main segment angle by classifying the plurality of straight lines according to angles, wherein the main segment angle is calculated as the angle in which the largest number of straight line components exist, and to determine a traveling direction based on the main segment angle, and characterized in that the local map acquisition unit is adapted to extract the local map having a predetermined size with respect to each of a plurality of local map extraction positions (X) selected with respect to the current position (S) of the cleaning robot, from the environmental map. a data acquisition unit that is adapted to acquire actual sensor data by measuring a distance from a current position of the cleaning robot to an object to be measured; a local map acquisition unit that is adapted to acquire a local map for the vicinity of the current position of the cleaning robot using virtual sensor data extracted based on an environmental map stored in advance; and a processor that is adapted to determine coordinates of the current position of the cleaning robot in the coordinate system of the local map by performing matching between the local map and the actual sensor data, and wherein the processor is adapted to acquire a plurality of straight lines from the local map acquired by the local map acquisition unit , to calculate a main segment angle by classifying the plurality of straight lines according to angles, wherein the main segment angle is calculated as the angle in which the largest number of straight line components exist, and to determine a traveling direction based on the main segment angle, and characterized in that the local map acquisition unit is adapted to extract the local map having a predetermined size with respect to each of a plurality of local map extraction positions (X) selected with respect to the current position (S) of the cleaning robot, from the environmental map.
A method for producing a nonwoven fabric, the method comprising the steps of - providing an aqueous suspension of fiber, comprising short cut regenerated fibers and natural fibers, - forming a first web from the aqueous suspension on a wire support - hydroentangling the first web to provide a self-supporting web using a speed of 152.4-335.25 m/min, a nozzle pressure of 1.89-8273.71 kPa, a nozzle size of 80-150 μm and a vacuum of 0.1-45 kPa - removing the web from the wire support and transferring the web to a hydroembossing roll capable of creating a three-dimensional pattern on the nonwoven fabric - drying the web wherein tensile strength of the web following the hydroentangling is at least 200g/25 mm for single layer products. - providing an aqueous suspension of fiber, comprising short cut regenerated fibers and natural fibers, - forming a first web from the aqueous suspension on a wire support - hydroentangling the first web to provide a self-supporting web using a speed of 152.4-335.25 m/min, a nozzle pressure of 1.89-8273.71 kPa, a nozzle size of 80-150 μm and a vacuum of 0.1-45 kPa - removing the web from the wire support and transferring the web to a hydroembossing roll capable of creating a three-dimensional pattern on the nonwoven fabric - drying the web
A flow-through process for purifying a target molecule from a Protein A eluate comprising the steps of: (a) contacting the eluate recovered from a Protein A chromatography column with activated carbon; (b) contacting the flow-through sample from step (a) with an anion exchange chromatography media; and (c) contacting the flow-through sample from step (b) with a cation exchange chromatography media; and (d) obtaining the flow-through sample from step (c) comprising the target molecule, wherein the eluate flows continuously through steps(a)-(c) and wherein level of one or more impurities in the flow-through sample in (d) is lower than the level in the eluate in step (a). (a) contacting the eluate recovered from a Protein A chromatography column with activated carbon; (b) contacting the flow-through sample from step (a) with an anion exchange chromatography media; and (c) contacting the flow-through sample from step (b) with a cation exchange chromatography media; and (d) obtaining the flow-through sample from step (c) comprising the target molecule,