mhurhangee/ep-ind-claims huggingface dataset:
A sensor controller comprising: a first port configured to receive a sequence of data frames (130, 158) captured at distinct instants of time, at least some of the sequence of data frames (130, 158) being depth maps, the data frames (130, 158) capturing an area of a material web having a width to height ratio between 10 and 100; one or more non-transitory computer readable medium storing logic indicative of information identifying properties of a first group of data points of a feature (146, 162) of the material web extending in a web direction of travel, the first group of data points indicative of a first distance between a depth sensor and the feature (146, 162) of the web; one or more processor analyzing the sequence of data frames (130, 158) having the first group of data points (142a, 143a) depicting the feature (146, 162) of the web, and a second group of data points (142b, 143b) depicting a background transverse to the feature, the second group of data points (142b, 143b) indicative of a second distance between the depth sensor and the background, the second distance being greater than the first distance, the one or more processor scanning the sequence of data frames (130, 158) to locate a transition (138, 176) between a property of the first group of data points (142a, 143a) and one or more property of the second group of data points (142b, 143b) in the data frames (130, 158) and to generate a series of location signals indicative of lateral locations of the transition (138, 176) within the data frames (130, 158); and a second port outputting the location signals. a first port configured to receive a sequence of data frames (130, 158) captured at distinct instants of time, at least some of the sequence of data frames (130, 158) being depth maps, the data frames (130, 158) capturing an area of a material web having a width to height ratio between 10 and 100; one or more non-transitory computer readable medium storing logic indicative of information identifying properties of a first group of data points of a feature (146, 162) of the material web extending in a web direction of travel, the first group of data points indicative of a first distance between a depth sensor and the feature (146, 162) of the web; one or more processor analyzing the sequence of data frames (130, 158) having the first group of data points (142a, 143a) depicting the feature (146, 162) of the web, and a second group of data points (142b, 143b) depicting a background transverse to the feature, the second group of data points (142b, 143b) indicative of a second distance between the depth sensor and the background, the second distance being greater than the first distance, the one or more processor scanning the sequence of data frames (130, 158) to locate a transition (138, 176) between a property of the first group of data points (142a, 143a) and one or more property of the second group of data points (142b, 143b) in the data frames (130, 158) and to generate a series of location signals indicative of lateral locations of the transition (138, 176) within the data frames (130, 158); and a second port outputting the location signals.
A compound of formula Ia, Ib, Ic or Id: or a pharmaceutically acceptable salt or ester thereof, wherein: R 1 and R 2 are independently hydrogen or -OR 3; R 3 is independently hydrogen or glucuronide; and X 1, X 2 and X 3 are selected from the group consisting of -CH 2 -, -CH -, and -C -, wherein only one of X 1, X 2 or X 3 can be different from -CH 2 -, and X 1, X 2 and X 3 are not all - CH 2 -. R 1 and R 2 are independently hydrogen or -OR 3; R 3 is independently hydrogen or glucuronide; and X 1, X 2 and X 3 are selected from the group consisting of -CH 2 -, -CH -, and -C -, wherein only one of X 1, X 2 or X 3 can be different from -CH 2 -, and X 1, X 2 and X 3 are not all - CH 2 -.
A process for producing an assembly of at least one micellar casein retentate and at least one pea protein, said process comprising the steps consisting in: - preparing an aqueous composition comprising at least one pea protein by incorporating said at least one pea protein into water; - reducing the pH of said aqueous composition to a value of less than or equal to 4.5, in order to obtain an acidified composition; - raising the pH of said acidified aqueous composition to a value of between 5 and 8, preferably between 5.5 and 7.5, even more preferentially to a value of between 6 and 7, and ideally to a value of 7; - introducing at least one micellar casein retentate into said aqueous composition obtained after the pH has been raised, in order to obtain a mixture; - homogenizing the mixture obtained. - preparing an aqueous composition comprising at least one pea protein by incorporating said at least one pea protein into water; - reducing the pH of said aqueous composition to a value of less than or equal to 4.5, in order to obtain an acidified composition; - raising the pH of said acidified aqueous composition to a value of between 5 and 8, preferably between 5.5 and 7.5, even more preferentially to a value of between 6 and 7, and ideally to a value of 7; - introducing at least one micellar casein retentate into said aqueous composition obtained after the pH has been raised, in order to obtain a mixture; - homogenizing the mixture obtained.
A rail system comprising an elongate rail, a support surface, a plurality of clips and elongate rail pad, wherein the elongate rail is secured to the support surface by the plurality of clips disposed at intervals along the length of the rail, the rail being seated on the elongate rail pad which is disposed between the rail and support surface and which extends along the rail between each adjacent clip, the rail pad comprising a resiliently flexible elongate substrate (302A, 302B) having first and second major surfaces, a plurality of channels formed in the first major surface, and a longitudinally-extending insert, the insert extending longitudinally along the rail pad, characterised in that said plurality of channels are constituted such that a plurality of channels extend parallel to each other and diagonally of the longitudinal axis of the elongate substrate (302A, 302B) in an opposing direction to a further plurality of channels which extend parallel to each other and diagonally of the longitudinal axis of the elongate substrate (302A, 302B), the channels forming diamond-shaped formations across the first major surface.
Housing assembly configured to encase an electrical component such as a relay, comprising a housing part and at least one bulkhead wall, the at least one bulkhead wall being configured to be inserted into the housing part in an insertion direction and, in an inserted state, extending from one wall section of the housing part to an opposite wall section along a horizontal direction, characterized in that the housing assembly comprises a locking sub-assembly, which is configured to lock the at least one bulkhead wall to the housing part at least in a direction parallel to the horizontal direction and in that in the inserted state at least one glue transport channel is provided, the at least one glue transport channel opening towards an outside of the housing assembly and extending to the locking sub-assembly. the at least one bulkhead wall being configured to be inserted into the housing part in an insertion direction and, in an inserted state, extending from one wall section of the housing part to an opposite wall section along a horizontal direction, characterized in that the housing assembly comprises a locking sub-assembly, which is configured to lock the at least one bulkhead wall to the housing part at least in a direction parallel to the horizontal direction and in that in the inserted state at least one glue transport channel is provided, the at least one glue transport channel opening towards an outside of the housing assembly and extending to the locking sub-assembly.
Cartridge for the preparation of a dialysis solution comprising at least a hollow body defining at least a cavity, adapted to contain a buffering agent, and comprising at least an inlet mouth for the inflow of a solvent in said cavity and an outlet mouth for the outflow of said dialysis solution from said cavity, in which said hollow body comprises at least a reinforced portion interposed between said inlet mouth and said outlet mouth, characterized in that said reinforced portion comprises an outer surface and an inner surface, said outer surface and said inner surface being both wave-shaped, where the thickness of said wave-shaped wall is substantially constant and said outer surface and said inner surface are substantially smooth and provided with a series of indentations and protrusions arranged alternately and in succession the one another and by the fact that said reinforced portion defines an opening access for introducing said buffering agent into said cavity and that said hollow body comprises a lid associated to said reinforced portion for closing said opening access, said lid defining said inlet mouth, said lid being separated from the reinforced portion.
Process of manufacturing multimodal high density polyethylene, comprising • performing first polymerization to form a first slurry in a first reactor; • transferring at least part of the first slurry from the first reactor into a second reactor; • performing second polymerization to form a second slurry in the second reactor; • transferring (104, 106) at least part of the second slurry from the second reactor to a separating means • separating the slurry into solid polymer product and separated liquids in the separating means; • separating wax from the separated liquids in a evaporating means; characterized by • filtering the separated liquids for recovering polymer fines using filtering means (115, 116, 117) before separating the wax from the separated liquids in the evaporating means. • performing first polymerization to form a first slurry in a first reactor; • transferring at least part of the first slurry from the first reactor into a second reactor; • performing second polymerization to form a second slurry in the second reactor; • transferring (104, 106) at least part of the second slurry from the second reactor to a separating means • separating the slurry into solid polymer product and separated liquids in the separating means; • separating wax from the separated liquids in a evaporating means; characterized by • filtering the separated liquids for recovering polymer fines using filtering means (115, 116, 117) before separating the wax from the separated liquids in the evaporating means.
A composition consisting of asiaticoside and madecassoside, optionally along with at least one excipient for use in managing disease condition selected from a group comprising Hypercortisolemia, Headache disorder and Neuropathic pain or any combination of conditions thereof.
An adjustment structure which is used in a hydraulic brake system and is coordinated with a brake cable controlled by a brake lever, the adjustment structure comprising: a main body, comprising a fluid reservoir, an inner chamber and at least one fluid port, wherein the inner chamber comprises a cylinder channel and an opening part communicated with the cylinder channel; an adjusting device screwed in the opening part of the main body, wherein the adjusting device is rotated so as to move reciprocatedly in the cylinder channel, and the adjusting device comprises an annular fluid guiding passage, wherein the annular fluid guiding passage comprises: a guiding port; and an annular groove connected to the guiding port, wherein the annular groove surrounds an outside of the adjusting device and is communicated with the cylinder channel and the fluid reservoir via the at least one fluid port; a piston connected to the brake cable and liquid-tightly disposed in the adjusting device, wherein the piston is limitedly moved in the cylinder channel and comprises a cable hole for receiving the brake cable, and the adjusting device is rotated to adjust the piston to be located at a normal operated position relative to the guiding port; a returning spring abutted between the main body and the piston; characterized by a positioning device disposed at the main body, wherein the positioning device comprises an abutted ball abutted against the adjusting device; wherein the adjusting device comprises a positioning groove coordinated with the abutted ball. a main body, comprising a fluid reservoir, an inner chamber and at least one fluid port, wherein the inner chamber comprises a cylinder channel and an opening part communicated with the cylinder channel; an adjusting device screwed in the opening part of the main body, wherein the adjusting device is rotated so as to move reciprocatedly in the cylinder channel, and the adjusting device comprises an annular fluid guiding passage, wherein the annular fluid guiding passage comprises: a guiding port; and an annular groove connected to the guiding port, wherein the annular groove surrounds an outside of the adjusting device and is communicated with the cylinder channel and the fluid reservoir via the at least one a guiding port; and an annular groove connected to the guiding port, wherein the annular groove surrounds an outside of the adjusting device and is communicated with the cylinder channel and the fluid reservoir via the at least one fluid port; a piston connected to the brake cable and liquid-tightly disposed in the adjusting device, wherein the piston is limitedly moved in the cylinder channel and comprises a cable hole for receiving the brake cable, and the adjusting device is rotated to adjust the piston to be located at a normal operated position relative to the guiding port; a returning spring abutted between the main body and the piston; characterized by a positioning device disposed at the main body, wherein the positioning device comprises an abutted ball abutted against the adjusting device; wherein the adjusting device comprises a positioning groove coordinated with the abutted ball.
Method for desulphurizing a sulphurous first gas mixture comprising at least a hydrocarbon gas, which method comprises the steps of (i) providing the sulphurous first gas mixture, (ii) separating the sulphurous first gas mixture into a desulphurized second gas mixture and a sulphurous third gas mixture with a pressure swing adsorption process (PSA process) in a first separating device, wherein the first gas mixture is admitted into at least one vessel (1, 2, 3, 4), purged with a sulphur-free purge gas, in which an adsorption mass for adsorbing sulphurous material is received, wherein at least a part of the desulphurized second gas mixture separated in the second step (ii) is guided to a first converting device in which the second gas mixture is converted in a third step (iii) into at least a sulphur-free fourth gas mixture, wherein the part of the sulphur-free fourth gas mixture obtained in the third step (iii) is guided directly to the at least one vessel (1, 2, 3, 4) for the purpose of purging this vessel, and wherein the first gas mixture comprises natural gas, the first converting device is one of a gas engine and a gas turbine, and the sulphur-free fourth gas mixture comprises carbon dioxide (CO 2). (i) providing the sulphurous first gas mixture, (ii) separating the sulphurous first gas mixture into a desulphurized second gas mixture and a sulphurous third gas mixture with a pressure swing adsorption process (PSA process) in a first separating device, wherein the first gas mixture is admitted into at least one vessel (1, 2, 3, 4), purged with a sulphur-free purge gas, in which an adsorption mass for adsorbing sulphurous material is received,
A baling machine including a pre-baling chamber; one or more retractable and extendable tines (24,28; 38,39) including at least one stuffer tine (39; 58) supported on at least a first support (29; 57) and that is capable of sequentially penetrating, moving in and retracting from the pre-baling chamber in accordance with a stuffing locus; and at least one stuffer activator for causing the at least one stuffer tine (39; 58) in sequence to extend into, move in and retract from the pre-baling chamber; wherein the baling machine includes one or more vector or pseudovector quantity sensors (41,47; 68, 69) that sense a vector or pseudovector quantity acting on one or more rotative and/or reciprocable components of or connected to the baling machine; and wherein the baling machine includes or is operatively connected to one or more processors (42; 72) for estimating from the sensed vector or pseudovector quantity the amount of plant matter in the pre-baling chamber or a variable related thereto and causing the stuffer activator to effect extension of the stuffer tine (39; 58) into the pre-baling chamber when the estimated amount of plant matter or the related variable attains or exceeds a threshold corresponding to desired filling of the pre-baling chamber, characterised in that the baling machine includes at least one respective said sensor (41, 47; 68, 69) sensing a vector or pseudovector quantity at left- and right-hand sides of the pre-baling chamber.
An electrical installation housing comprising at least one support pillar at whose upper side fastening means for cover plates or for frame elements are provided, wherein at least one partition wall dividing the installation housing can be inserted into the support pillar or the support pillar is provided with at least one such partition wall (50, 52), characterized in that the support pillar can be fastened without tools in the installation housing in that the support pillar can be clipped into the installation housing from above or laterally.
A separator for an electrode plate of a plate-shaped electrode of a battery, in particular a lead-acid battery, comprising a separator pocket providing a reception space for the electrode plate, which separator pocket comprises two separator sheets (14, 15) placed one upon the other, which are welded to each other along their respective longitudinal sides (16, 17) as well as their upper front sides, wherein the welding seam which connects the upper front sides to each other comprises an interruption which forms a recess for the penetration of a power collector lug arranged on the upper edge of the electrode plate, wherein the welding seam is interrupted in an edge section adjacent to one longitudinal side for forming a degassing opening, characterized in that a second welding seam which is spaced from said welding seam is provided, which second welding seam is positioned directly opposite the degassing opening of the first welding seam.
Faceplate of an operating unit of a domestic appliance, in particular of a washing machine or dishwasher, having at least one faceplate opening for passing through at least one first part of at least one light guide, wherein the faceplate, for fixing the at least one light guide, has at least one latching element embodied in a resiliently elastic manner with a latching projection provided for engaging behind the at least one light guide, characterised in that the latching projection has a chamfer running in an inclined manner with respect to the longitudinal axis of the latching element, which chamfer serves the arrangement on the light guide.
A device in a wireless communication system, the device comprising: a transmitting unit configured to transmit a first allocation signal superposed using superposition coding to a plurality of user equipment comprising at least a first user equipment and a second user equipment, wherein the first allocation signal comprises at least a first power signal portion for the first user equipment and a second power signal portion for the second user equipment; a receiving unit configured to receive a retransmission request fed back from at least one of the first user equipment and the second user equipment; and a processing unit configured to process, in response to the retransmission request, the first power signal portion and the second power signal portion with predetermined processing coefficients to obtain a second allocation signal, wherein the first power signal portion and the second power signal portion are multiplied by the predetermined processing coefficients that are based on a Hadamard matrix; wherein the transmitting unit is further configured to transmit the second allocation signal to the first user equipment and the second user equipment; and wherein the transmitting unit is further configured to transmit merging indications indicating how to perform merging to the first user equipment and the second user equipment, such that the first user equipment and the second user equipment merge the first allocation signal and the second allocation signal according to the merging instructions. a transmitting unit configured to transmit a first allocation signal superposed using superposition coding to a plurality of user equipment comprising at least a first user equipment and a second user equipment, wherein the first allocation signal comprises at least a first power signal portion for the first user equipment and a second power signal portion for the second user equipment; a receiving unit configured to receive a retransmission request fed back from at least one of the first user equipment and the second user equipment; and a processing unit configured to process, in response to the retransmission request, the first power signal portion and the second power signal portion with predetermined processing coefficients to obtain a second allocation signal, wherein the first power signal portion and the second power signal portion are multiplied by the predetermined processing coefficients that are based on a Hadamard matrix; wherein the transmitting unit is further configured to transmit the second allocation signal to the first user equipment and the second user equipment; and wherein the transmitting unit is further configured to transmit merging indications indicating how to perform merging to the first user equipment and the second user equipment, such that the first user equipment and the second user equipment merge the first allocation signal and the second allocation signal according to the merging instructions.
Filter system for oil-sealed vacuum pumps, comprising: a filter element for filtering out lubricant from a lubricant-gas mixture, the filter element having a filter inlet element and a filter outlet element; a housing accommodating the filter element; a housing inlet accommodating the filter inlet element; a retaining element connected to the filter element in the region of the filter outlet element; and a receiving element provided in the filter housing and cooperating with the retaining element, the filter inlet element and the housing inlet are designed such that, for adjustment, the filter inlet element can be received by the housing inlet in only one position, and wherein the filter system is designed such that the filter element can be axially inserted and/or removed from the housing; characterised in that the retaining element has two wing-shaped tabs protruding into two slot-shaped recesses of the receiving element. a filter element for filtering out lubricant from a lubricant-gas mixture, the filter element having a filter inlet element and a filter outlet element; a housing accommodating the filter element; a housing inlet accommodating the filter inlet element; a retaining element connected to the filter element in the region of the filter outlet element; and a receiving element provided in the filter housing and cooperating with the retaining element, the filter inlet element and the housing inlet are designed such that, for adjustment, the filter inlet element can be received by the housing inlet in only one position, and wherein the filter system is designed such that the filter element can be axially inserted and/or removed from the housing; characterised in that the retaining element has two wing-shaped tabs protruding into two slot-shaped recesses of the receiving element.