mhurhangee/ep-ind-claims huggingface dataset:
A condenser comprising an upper manifold with a fluid inlet for receiving fluid, a lower manifold provided with a fluid outlet, multiport tubes extending between the upper and lower manifold, the multiport tubes are provided with a plurality of separate flow channels which are delimited by outer opposite side walls and internal intermediate walls extending between the outer opposite side walls of the tubes, the multiport tubes providing a flow path between the upper manifold and the lower manifold, the multiport tubes define a channel space between the multiport tubes, and a plurality of cooling plates extend between the upper manifold and the lower manifold, the cooling plates are in thermal contact with the multiport tubes to receive a heat load from fluid in the flow channels, and characterized in that the cooling plates have opposite outer edges which protrude out from the channel space and are directed away from the channel space, and spaces between the cooling plates are open upwards and downwards such that the condenser is without any obstacle preventing airflow upwards from the spaces between the cooling plates in the parts of the plates that protrude out from the channel space, and wherein the condenser is a natural convection condenser, and wherein the channel space is provided with fins extending between the outer side walls of the multiport tubes and side surfaces of the cooling plates. an upper manifold with a fluid inlet for receiving fluid, a lower manifold provided with a fluid outlet, multiport tubes extending between the upper and lower manifold, the multiport tubes are provided with a plurality of separate flow channels which are delimited by outer opposite side walls and internal intermediate walls extending between the outer opposite side walls of the tubes, the multiport tubes providing a flow path between the upper manifold and the lower manifold, the multiport tubes define a channel space between the multiport tubes, and a plurality of cooling plates extend between the upper manifold and the lower manifold, the cooling plates are in thermal contact with the multiport tubes to receive a heat load from fluid in the flow channels, and characterized in that the cooling plates have opposite outer edges which protrude out from the channel space and are directed away from the channel space, and spaces between the cooling plates are open upwards and downwards such that the condenser is without any obstacle preventing airflow upwards from the spaces between the cooling plates in the parts of the plates that protrude out from the channel space, and wherein the condenser is a natural convection condenser, and wherein the channel space is provided with fins extending between the outer side walls of the multiport tubes and side surfaces of the cooling plates.
A method for coating a plant, comprising the following steps: a) providing a clean plant with a stem and roots; and b) coating at least a lower portion of the stem with a layer of material; characterized in that step b) also comprises coating the roots with a layer of material, and the method further comprises the step of: c) arranging the roots to function as support for the stem, and in that the layer of material is configured to be impenetrable for the roots. a) providing a clean plant with a stem and roots; and b) coating at least a lower portion of the stem with a layer of material; characterized in that step b) also comprises coating the roots with a layer of material, and the method further comprises the step of: c) arranging the roots to function as support for the stem,
An ignition coil for an internal combustion engine, the ignition coil comprising: a coil section for generating a high voltage; a coil case for housing therein the coil section; a plug hole seal for closing an opening in a plug hole in which an ignition plug is disposed; a space portion defined by an outer peripheral wall disposed on an outer side portion of the coil case; and an air path for venting air between the space portion and the plug hole, wherein the space portion is connected, at a first end portion thereof on a side opposite to a side of a second end portion thereof on which the ignition plug is connected, via a small hole to a first end of the air path having a second end communicating with the plug hole, and the second end portion of the space portion on the side on which the ignition plug is connected is entirely open to an atmosphere through an opening having a path area larger than a path area of the small hole, characterized in that the air path is formed integrally with the coil case, and the space portion is formed by a side case fixed afterwards to the coil case. a coil section for generating a high voltage; a coil case for housing therein the coil section; a plug hole seal for closing an opening in a plug hole in which an ignition plug is disposed; a space portion defined by an outer peripheral wall disposed on an outer side portion of the coil case; and an air path for venting air between the space portion and the plug hole, wherein the space portion is connected, at a first end portion thereof on a side opposite to a side of a second end portion thereof on which the ignition plug is connected, via a small hole to a first end of the air path having a second end communicating with the plug hole, and the second end portion of the space portion on the side on which the ignition plug is connected is entirely open to an atmosphere through an opening having a path area larger than a path area of the small hole, characterized in that the air path is formed integrally with the coil case, and the space portion is formed by a side case fixed afterwards to the coil case.
Vehicle rigid axle with an axle beam, at the ends of which axle journals or wheel carriers, respectively, are arranged, and with at least two trailing arms rigidly attached to the axle beam and with at least one air spring bellows assigned to the respective trailing arm, wherein at least one axle beam section extending between the two trailing arms and a trailing arm adjoining it are formed by two shell elements (4, 6) which are connected to one another and form a hollow body between them, characterized in that at least one component (52, 54) of an electric drive is provided in the hollow body, the drive shaft of which passes through the axle journal, which is assigned to the respective axle beam section. wherein at least one axle beam section extending between the two trailing arms and a trailing arm adjoining it are formed by two shell elements (4, 6) which are connected to one another and form a hollow body between them, characterized in that at least one component (52, 54) of an electric drive is provided in the hollow body, the drive shaft of which passes through the axle journal, which is assigned to the respective axle beam section.
A cutting apparatus, comprising: a cutter disposed in a conveying path for conveying a plate-shaped object and configured to cut the object; a downstream conveyor disposed downstream of the cutter in the conveying path and configured to convey the object; wherein the downstream conveyor is implemented as a roller conveyor including conveyor rollers (131a - 131d) and wherein the downstream conveyor includes at least a conveyor roller disposed immediately after the cutter and a foreign-matter adhesion preventer disposed between the cutter and the downstream conveyor and configured to prevent foreign matter scattered by the cutter from adhering to the downstream conveyor characterized in that the cutting apparatus further comprises a conveyor-roller contrarotation controller configured to control the conveyor roller of the downstream conveyor disposed immediately after the cutter to rotate in a direction that is opposite a conveying direction in which the object is conveyed. a cutter disposed in a conveying path for conveying a plate-shaped object and configured to cut the object; a downstream conveyor disposed downstream of the cutter in the conveying path and configured to convey the object; wherein the downstream conveyor is implemented as a roller conveyor including conveyor rollers (131a - 131d) and wherein the downstream conveyor includes at least a conveyor roller disposed immediately after the cutter and a foreign-matter adhesion preventer disposed between the cutter and the downstream conveyor and configured to prevent foreign matter scattered by the cutter from adhering to the downstream conveyor characterized in that the cutting apparatus further comprises a conveyor-roller contrarotation controller configured to control the conveyor roller of the downstream conveyor disposed immediately after the cutter to rotate in a direction that is opposite a conveying direction in which the object is conveyed.
A trolley (300, 770) configured to fit to a track system having a track that the trolley (300, 770) is configured to traverse, the track comprising: a cable section, comprising a cable; a rail section; and a transition section between the cable section and the rail section, the trolley comprising a body, the body having a trolley interior through which the cable section and the rail section pass, a portion of the body being configured to be linked to an object, characterised in that: the trolley (300, 770) further comprises at least one gating mechanism operable to close a side of the trolley (300, 770) so as to prevent the cable or rail section from moving out of the trolley interior, and to open the side of the trolley (300, 770) when the trolley (300, 770) moves from the cable section to the rail section so as not to prevent the cable from moving out of the trolley interior. a cable section, comprising a cable; a rail section; and a transition section between the cable section and the rail section, the trolley comprising a body, the body having a trolley interior through which the cable section and the rail section pass, a portion of the body being configured to be linked to an object, characterised in that: the trolley (300, 770) further comprises at least one gating mechanism operable to close a side of the trolley (300, 770) so as to prevent the cable or rail section from moving out of the trolley interior, and to open the side of the trolley (300, 770) when the trolley (300, 770) moves from the cable section to the rail section so as not to prevent the cable from moving out of the trolley interior.
A battery assisting apparatus, comprising a piezoelectric transformer group and a drive circuit group, wherein the piezoelectric transformer group comprises N piezoelectric transformers; the drive circuit group comprises N drive circuits; respective output ends of the N drive circuits are connected to respective input ends of the N piezoelectric transformers in a one-to-one correspondence; and respective output ends of the N piezoelectric transformers are connected to N battery cells in a battery string in a one-to-one correspondence, wherein N is an integer greater than 1; M drive circuits in the N drive circuits are configured to respectively output first pulse signals to M piezoelectric transformers in the N piezoelectric transformers, wherein M is a positive integer less than N; and each of the M piezoelectric transformers is configured to receive the first pulse signal, and output, driven by the first pulse signal, electric energy to the battery cell corresponding to each piezoelectric transformer for charging, so that voltages of the N battery cells are the same, characterised in that the N drive circuits are further configured to output second pulse signals to the N piezoelectric transformers respectively, wherein a frequency of the second pulse signal is greater than a frequency of the first pulse signal; and each of the N piezoelectric transformers is configured to: receive the second pulse signal, and generate an ultrasonic wave driven by the second pulse signal, wherein the ultrasonic wave is used to detect a state of health of the battery cell corresponding to each piezoelectric transformer. M drive circuits in the N drive circuits are configured to respectively output first pulse signals to M piezoelectric transformers in the N piezoelectric transformers, wherein M is a positive integer less than N; and each of the M piezoelectric transformers is configured to receive the first pulse signal, and output, driven by the first pulse signal, electric energy to the battery cell corresponding to each piezoelectric transformer for charging, so that voltages of the N battery cells are the same, characterised in that the N drive circuits are further configured to output second pulse signals to the N piezoelectric transformers respectively, wherein a frequency of the second pulse signal is greater than a frequency of the first pulse signal; and each of the N piezoelectric transformers is configured to: receive the second pulse signal, and generate an ultrasonic wave driven by the second pulse signal, wherein the ultrasonic wave is used to detect a state of health of the battery cell corresponding to each piezoelectric transformer.
An absorbent article having a central chassis, the central chassis comprising a topsheet, a backsheet and an absorbent core, the absorbent article comprising: a front waist region and a front waist edge; a back waist region and a back waist edge; a front belt disposed in the front waist region; a back belt disposed in the back waist region; wherein the front and back belts are joined at side seams (280a, 280b) to form a waist opening and leg openings; and characterized in that: greater than 20%, but less than 60%, of a longitudinal length of the center chassis overlaps with the front and back belts; and the article has a Product Length-to-Side Silhouette from about 2.7 to about 6, wherein the Product Length-to-Side Silhouette is measured according to the method in the description. a front waist region and a front waist edge; a back waist region and a back waist edge; a front belt disposed in the front waist region; a back belt disposed in the back waist region; wherein the front and back belts are joined at side seams (280a, 280b) to form a waist opening and leg openings; and characterized in that: greater than 20%, but less than 60%, of a longitudinal length of the center chassis overlaps with the front and back belts; and the article has a Product Length-to-Side Silhouette from about 2.7 to about 6, wherein the Product Length-to-Side Silhouette is measured according to the method in the description. greater than 20%, but less than 60%, of a longitudinal length of the center chassis overlaps with the front and back belts; and the article has a Product Length-to-Side Silhouette from about 2.7 to about 6, wherein the Product Length-to-Side Silhouette is measured according to the method in the description.
Heat exchanger comprising: - a primary circulation area capable of receiving a primary fluid, and - circulation means capable of receiving a secondary fluid and configured to ensure heat is exchanged with the primary circulation area, where - the primary circulation area comprises a first part and a second part, and - the circulation means comprise • a first fluid circuit arranged such that it is in contact with the first part of the heat exchanger and intended to receive the secondary fluid so as to ensure heat is exchanged between the secondary fluid and the primary fluid circulating in the first part, • a second fluid circuit arranged such that it is in contact with the second part of the heat exchanger and intended to receive the secondary fluid so as to ensure heat is exchanged between the secondary fluid and the primary fluid circulating in the second part, characterised in that • the first fluid circuit and the second fluid circuit being configured such that they are alternately in fluid isolation or in fluid communication with one another. - a primary circulation area capable of receiving a primary fluid, and - circulation means capable of receiving a secondary fluid and configured to ensure heat is exchanged with the primary circulation area, where - the primary circulation area comprises a first part and a second part, and - the circulation means comprise • a first fluid circuit arranged such that it is in contact with the first part of the heat exchanger and intended to receive the secondary fluid so as to ensure heat is exchanged between the secondary fluid and the primary fluid circulating in the first part, • a second fluid circuit arranged such that it is in contact with the second part of the heat exchanger and intended to receive the secondary fluid so as to ensure heat is exchanged between the secondary fluid and the primary fluid circulating in the second part, characterised in that • the first fluid circuit and the second fluid circuit being configured such that they are alternately in fluid isolation or in fluid communication with one another. • a first fluid circuit arranged such that it is in contact with the first part of the heat exchanger and intended to receive the secondary fluid so as to ensure heat is exchanged between the secondary fluid and the primary fluid circulating in the first part, • a second fluid circuit arranged such that it is in contact with the second part of the heat exchanger and intended to receive the secondary fluid so as to ensure heat is exchanged between the secondary fluid and the primary fluid circulating in the second part, characterised in that • the first fluid circuit and the second fluid circuit being configured such that they are alternately in fluid isolation or in fluid communication with one another.
A method for manufacturing a handle for a personal care implement, the method characterized by the following steps: - molding a core-connector unit from a fibre reinforced material, the core-connector unit comprising a core structure and a unitarily therewith molded connector for attaching and detaching a head to and from the handle, - molding a polymeric material onto the core structure to form a second component, the second component at least partially covering the core structure. - molding a core-connector unit from a fibre reinforced material, the core-connector unit comprising a core structure and a unitarily therewith molded connector for attaching and detaching a head to and from the handle, - molding a polymeric material onto the core structure to form a second component, the second component at least partially covering the core structure.
A method for video encoding, comprising: accessing a first reconstructed version of an image region of a picture of a video, said image region being partitioned into a plurality of blocks; and filtering said first reconstructed version of said image region by a neural network to form a second reconstructed version of said image region, wherein said neural network is responsive to block boundary information for samples in said image region and at least one of information based on at least a quantization parameter for each of said plurality of blocks in said image region, and prediction samples for said image region, and wherein said block boundary information for said image region is organized into a data array, at a same size as said first reconstructed version of said image region, to be used as an input channel to said neural network, wherein a sample in said data array indicates whether a corresponding sample in an image block of said image region is at a partition frontier of said image block. accessing a first reconstructed version of an image region of a picture of a video, said image region being partitioned into a plurality of blocks; and filtering said first reconstructed version of said image region by a neural network to form a second reconstructed version of said image region, wherein said neural network is responsive to block boundary information for samples in said image region and at least one of information based on at least a quantization parameter for each of said plurality of blocks in said image region, and prediction samples for said image region, and wherein said block boundary information for said image region is organized into a data array, at a same size as said first reconstructed version of said image region, to be used as an input channel to said neural network, wherein a sample in said data array indicates whether a corresponding sample in an image block of said image region is at a partition frontier of said image block.
A solid dosage form for oral administration comprising 3-(6-(1-(2,2-difluorobenzo[d][1,3]dioxol-5-yl) cyclopropanecarboxamido)-3-methylpyridin-2-yl)benzoic acid characterized as Form I and at least one inert, pharmaceutically acceptable excipient or carrier, wherein Form I is characterized as a crystal form having a monoclinic crystal system, a P2 1 /n space group, and the following unit cell dimensions: a = 4.9626 Å α = 90° b = 12.2994 Å β = 93.938 ° c = 33.075 Å γ = 90°, and/or wherein Form I is characterized by one or more peaks at 15.4 ± 0.2 degrees, 16.3 ± 0.2 degrees, and 14.5 ± 0.2 degrees in an X-ray powder diffraction obtained using Cu K alpha radiation at 40 kV, 35 mA.
Multi-channel light detection and ranging system comprising - a plurality of active channels, each comprising a photosensitive element arranged to be exposed to light and an analog front end circuit arranged for receiving a signal from said photosensitive element, whereby at least one of said active channels is susceptible of being affected by crosstalk interference caused by at least one other active channel and/or by interference common to said analog front end circuits, - at least one compensation channel also susceptible of being affected by said interference and comprising a compensation element being substantially insensitive to light and an analog front end circuit arranged for receiving signals from said compensation element, said compensation element being electrically connected to a network shared by said photosensitive elements and to said analog front end circuit of said at least one compensation channel, - a processing unit arranged for receiving signals from said active channels and said at least one compensation channel, deriving at least one compensation signal from said signal received from said at least one compensation channel, compensating for said crosstalk interference and/or said interference common to said analog front end circuits of said active channels, using said at least one compensation signal. - a plurality of active channels, each comprising a photosensitive element arranged to be exposed to light and an analog front end circuit arranged for receiving a signal from said photosensitive element, whereby at least one of said active channels is susceptible of being affected by crosstalk interference caused by at least one other active channel and/or by interference common to said analog front end circuits, - at least one compensation channel also susceptible of being affected by said interference and comprising a compensation element being substantially insensitive to light and an analog front end circuit arranged for receiving signals from said compensation element, said compensation element being electrically connected to a network shared by said photosensitive elements and to said analog front end circuit of said at least one compensation channel, - a processing unit arranged for receiving signals from said active channels and said at least one compensation channel, deriving at least one compensation signal from said signal received from said at least one compensation channel, compensating for said crosstalk interference and/or said interference common to said analog front end circuits of said active channels, using said at least one compensation signal. receiving signals from said active channels and said at least one compensation channel, deriving at least one compensation signal from said signal received from said at least one compensation channel, compensating for said crosstalk interference and/or said interference common to said analog front end circuits of said active channels, using said at least one compensation signal.