mhurhangee/patent-ind-claim-en huggingface dataset:
A display device, comprising: a display panel ; and a module cover coupled to a rear surface of the display panel , wherein the module cover has a plurality of fastening holes ; and wherein the display device further comprises a wall bracket positioned behind the module cover and including a plurality of hooks engaged with the plurality of fastening holes , wherein each of the plurality of fastening holes penetrates a front and rear surface of the module cover , characterized in that the module cover further comprises: a plurality of stepped levels, wherein a vicinity of each of the plurality of fastening holes is formed by the plurality of stepped levels, and wherein the plurality of stepped levels is disposed at the front surface of the module cover ; and a plurality of cushions , wherein each of the plurality of fastening holes has a cushion of the plurality of cushions disposed at one of the plurality of stepped levels of the respective fastening hole . a display panel ; and a module cover coupled to a rear surface of the display panel , wherein the module cover has a plurality of fastening holes ; and wherein the display device further comprises a wall bracket positioned behind the module cover and including a plurality of hooks engaged with the plurality of fastening holes , wherein each of the plurality of fastening holes penetrates a front and rear surface of the module cover , characterized in that the module cover further comprises: a plurality of stepped levels, wherein a vicinity of each of the plurality of fastening holes is formed by the plurality of stepped levels, and wherein the plurality of stepped levels is disposed at the front surface of the module cover ; and a plurality of cushions , a plurality of stepped levels, wherein a vicinity of each of the plurality of fastening holes is formed by the plurality of stepped levels, and wherein the plurality of stepped levels is disposed at the front surface of the module cover ; and a plurality of cushions , wherein each of the plurality of fastening holes has a cushion of the plurality of cushions disposed at one of the plurality of stepped levels of the respective fastening hole .
A dishwashing basket roller conveyor comprising an upstream end configured to receive a feed of dishwashing baskets ; a downstream end ; a guide configured to guide the feed of dishwashing baskets along a feed direction between the upstream end and the downstream end ; a roller cassette support extending along the feed direction ; a plurality of roller cassettes supported by the roller cassette support one after another along the feed direction , each roller cassette comprising a plurality of rollers separated in the feed direction , the plurality of rollers being configured to engage with and support the feed of dishwashing baskets along a basket support face (Fa, Fb, Fc); the dishwashing basket roller conveyor being characterized in comprising a dishwashing basket exit configured to facilitate a dishwashing basket to be extracted from the dishwashing basket roller conveyor in a removal direction transversal to the feed direction , wherein the dishwashing basket roller conveyor comprises a spacer arrangement at the dishwashing basket exit , the spacer arrangement being arranged at an interface between the roller cassette support and at least one raised roller cassette , thereby vertically raising at least a portion of the basket support face (Fb, Fc) of said at least one raised roller cassette relative to the basket support face (Fa) of an adjacent upstream, unraised roller cassette . an upstream end configured to receive a feed of dishwashing baskets ; a downstream end ; a guide configured to guide the feed of dishwashing baskets along a feed direction between the upstream end and the downstream end ; a roller cassette support extending along the feed direction ; a plurality of roller cassettes supported by the roller cassette support one after another along the feed direction , each roller cassette comprising a plurality of rollers separated in the feed direction , the plurality of rollers being configured to engage with and support the feed of dishwashing baskets along a basket support face (Fa, Fb, Fc); the dishwashing basket roller conveyor being characterized in comprising a dishwashing basket exit configured to facilitate a dishwashing basket to be extracted from the dishwashing basket roller conveyor in a removal direction transversal to the feed direction , wherein the dishwashing basket roller conveyor comprises a spacer arrangement at the dishwashing basket exit , the spacer arrangement being arranged at an interface between the roller cassette support and at least one raised roller cassette , thereby vertically raising at least a portion of the basket support face (Fb, Fc) of said at least one raised roller cassette relative to the basket support face (Fa) of an adjacent upstream, unraised roller cassette .
A needle-holding cylinder for circular knitting machines, designed to be turnably mounted to a frame of a circular knitting machine and having a structure basically shaped as a hollow solid of rotation developing around a central axis (X), the needle-holding cylinder being configured for turning around said central axis and for supporting a plurality of needles (N) moving so as to produce a knitted fabric, the needle-holding cylinder having at least one working surface shaped as a surface of rotation obtained through the rotation of a portion of generating straight line (GC) around the central axis (X), wherein a plurality of needle seats placed one beside the other and arranged circumferentially around said central axis (X) on the working surface is defined, each needle seat being configured for movably housing at least a portion of at least one respective needle (N) of the knitting machine, characterized in that at least one needle seat of said plurality of needle seats has at least a first length having a longitudinal development, which lies on said working surface , inclined with respect to said generating straight line (GC), such that the lower portion of said first length lies at the back with respect to the direction in which the needle-holding cylinder is intended to rotate. the needle-holding cylinder having at least one working surface shaped as a surface of rotation obtained through the rotation of a portion of generating straight line (GC) around the central axis (X), wherein a plurality of needle seats placed one beside the other and arranged circumferentially around said central axis (X) on the working surface is defined, each needle seat being configured for movably housing at least a portion of at least one respective needle (N) of the knitting machine, characterized in that at least one needle seat of said plurality of needle seats has at least a first length having a longitudinal development, which lies on said working surface , inclined with respect to said generating straight line (GC), such that the lower portion of said first length lies at the back with respect to the direction in which the needle-holding cylinder is intended to rotate.
A smart luggage case, comprising: a case body , an auxiliary wheel , mounted on a bottom of the case body , a power wheel , elevatably mounted on the bottom of the case body ; a swinging device , connected to the power wheel ; and a driving mechanism , configured to drive the swinging device to swing and elevate the power wheel ; wherein, the swinging device comprises a first swinging piece , a second swinging piece , pivotally connected to the first swinging piece , and a resilient member , connected between the first swinging piece and the second swinging piece and configured to drive the second swinging piece to swing, relative to the first swinging piece , to a lower portion of the case body ; the driving mechanism is connected to the first swinging piece , and the power wheel is mounted on the second swinging piece ; characterized in that the swinging device is provided with a fine adjustment member for adjusting a relative swinging angle when the second swinging piece swings, relative to the first swinging piece , to the lower portion of the case body ; and the fine adjustment member comprises a bolt threadedly connected to the first swinging piece and configured to abut the second swinging piece , and the second swinging piece is provided with a resistant block located below a pivotal joint of the first swinging piece and the second swinging piece to allow the bolt to abut thereto. a case body , an auxiliary wheel , mounted on a bottom of the case body , a power wheel , elevatably mounted on the bottom of the case body ; a swinging device , connected to the power wheel ; and a driving mechanism , configured to drive the swinging device to swing and elevate the power wheel ; wherein, the swinging device comprises a first swinging piece , a second swinging piece , pivotally connected to the first swinging piece , and a resilient member , connected between the first swinging piece and the second swinging piece and configured to drive the second swinging piece to swing, relative to the first swinging piece , to a lower portion of the case body ; the driving mechanism is connected to the first swinging piece , and the power wheel is mounted on the second swinging piece ; characterized in that the swinging device is provided with a fine adjustment member for adjusting a relative swinging angle when the second swinging piece swings, relative to the first swinging piece , to the lower portion of the case body ; and the fine adjustment member comprises a bolt threadedly connected to the first swinging piece and configured to abut the second swinging piece , and the second swinging piece is provided with a resistant block located below a pivotal joint of the first swinging piece and the second swinging piece to allow the bolt to abut thereto.
A shoe comprising: an outer sole suitable to be brought into contact with a road surface; a midsole arranged on the outer sole ; and an upper covering a foot from an upper side, wherein the midsole includes at a middle foot portion a cut-out portion opened to at least one side of a lateral side and a medial side, and closed at a middle portion in a width direction, and the cut-out portion is positioned corresponding to an arch portion of the foot, wherein the shoe further comprises a deformation suppressing portion provided on a lower surface side of the cut-out portion, the deformation suppressing portion having hardness or rigidity equal to or higher than the hardness or rigidity of an upper surface side of the cut-out portion , wherein the deformation suppressing portion is formed either: a) in a plate shape and is provided to extend from a front side to a rear side on the lower surface side of the cut-out portion, or b) by the outer sole being provided as the lower surface side of the cut-out portion. an outer sole suitable to be brought into contact with a road surface; a midsole arranged on the outer sole ; and an upper covering a foot from an upper side, wherein the midsole includes at a middle foot portion a cut-out portion opened to at least one side of a lateral side and a medial side, and closed at a middle portion in a width direction, and the cut-out portion is positioned corresponding to an arch portion of the foot, wherein the shoe further comprises a deformation suppressing portion provided on a lower surface side of the cut-out portion, the deformation suppressing portion having hardness or rigidity equal to or higher than the hardness or rigidity of an upper surface side of the cut-out portion , wherein the deformation suppressing portion is formed either: a) in a plate shape and is provided to extend from a front side to a rear side on the lower surface side of the cut-out portion, or b) by the outer sole being provided as the lower surface side of the cut-out portion. a) in a plate shape and is provided to extend from a front side to a rear side on the lower surface side of the cut-out portion, or b) by the outer sole being provided as the lower surface side of the cut-out portion.
A composition for a preparation of polyurethane dispersion, comprising bio-based polyol as shown in structure (I) and polyhydroxy fatty acid compound as shown in structure (II): wherein, R represents a polyhydric alcohol unit that is selected from aliphatic polyhydric alcohol, alicyclic polyhydric alcohol, cyclic polyhydric alcohol, aromatic polyhydric alcohol, or optionally, cyclic polyhydroxyl having heteroatom; R 1 represents a hydrocarbon unit obtained from a molecular chain of unsaturated fatty acid having 14 - 24 carbon atoms and having from 1 - 6 pairs of vicinal diol group per one molecular chain of such unsaturated fatty acid; n represents an integer from 2 to 8 of an ester group obtained from a reaction of polyhydric alcohol and unsaturated fatty acid; wherein said composition comprises polyhydroxy fatty acid compound in an amount of 4 to 16 % by weight and wherein said composition is prepared from a process comprising the steps of: i. mixing fatty acid comprising unsaturated fatty acid and polyhydric alcohol at a ratio of 1 mole equivalent or more of carboxylic group from unsaturated fatty acid per a hydroxy group from polyhydric alcohol; ii. adding organic acid and peroxide compound into the mixture from step i.; iii. adding water into the mixture from step ii. under acidic condition. R represents a polyhydric alcohol unit that is selected from aliphatic polyhydric alcohol, alicyclic polyhydric alcohol, cyclic polyhydric alcohol, aromatic polyhydric alcohol, or optionally, cyclic polyhydroxyl having heteroatom; R 1 represents a hydrocarbon unit obtained from a molecular chain of unsaturated fatty acid having 14 - 24 carbon atoms and having from 1 - 6 pairs of vicinal diol group per one molecular chain of such unsaturated fatty acid; n represents an integer from 2 to 8 of an ester group obtained from a reaction of polyhydric alcohol and unsaturated fatty acid; wherein said composition comprises polyhydroxy fatty acid compound in an amount of 4 to 16 % by weight and wherein said composition is prepared from a process comprising the steps of: i. mixing fatty acid comprising unsaturated fatty acid and polyhydric alcohol at a ratio of 1 mole equivalent or more of carboxylic group from unsaturated fatty acid per a hydroxy group from polyhydric alcohol; ii. adding organic acid and peroxide compound into the mixture from step i.; iii. adding water into the mixture from step ii. under acidic condition. i. mixing fatty acid comprising unsaturated fatty acid and polyhydric alcohol at a ratio of 1 mole equivalent or more of carboxylic group from unsaturated fatty acid per a hydroxy group from polyhydric alcohol; ii. adding organic acid and peroxide compound into the mixture from step i.; iii. adding water into the mixture from step ii. under acidic condition.
A split-screen display method, comprising: displaying (S101), by an electronic device , a first interface of a first application in a first display area of a display, and displaying a second interface of a second application in a second display area of the display; receiving (S102), by the electronic device , a first operation entered by a user, and displaying, by the electronic device, a home screen of the electronic device on the display in full screen in response to the first operation; receiving, by the electronic device , a second operation entered by the user; in response to the second operation, displaying (S103), by the electronic device , a third interface of a third application in the first display area, and displaying a fourth interface of a fourth application in the second display area; receiving (S104), by the electronic device , a third operation entered by the user in the first display area, wherein the third operation is to lock display content in the first display area; and receiving (S105), by the electronic device , a fourth operation entered by the user; and in response to the fourth operation, displaying, by the electronic device, the third interface in the first display area, and displaying the home screen in the second display area, wherein an operation manner of the fourth operation is the same as that of the first operation. displaying (S101), by an electronic device , a first interface of a first application in a first display area of a display, and displaying a second interface of a second application in a second display area of the display; receiving (S102), by the electronic device , a first operation entered by a user, and displaying, by the electronic device, a home screen of the electronic device on the display in full screen in response to the first operation; receiving, by the electronic device , a second operation entered by the user; in response to the second operation, displaying (S103), by the electronic device , a third interface of a third application in the first display area, and displaying a fourth interface of a fourth application in the second display area; receiving (S104), by the electronic device , a third operation entered by the user in the first display area, wherein the third operation is to lock display content in the first display area; and receiving (S105), by the electronic device , a fourth operation entered by the user; and in response to the fourth operation, displaying, by the electronic device, the third interface in the first display area, and displaying the home screen in the second display area, wherein an operation manner of the fourth operation is the same as that of the first operation.
A viscosity modifier (VM) concentrate comprising: from 60 parts to 90 parts of a diluent oil; and from 10 parts to 40 parts of a linear triblock copolymer characterized by the formula: D'-PA-D"; wherein D' represents a block derived from diene, PA represents a block derived from monoalkenyl arene and having a number average molecular weight from 20,000 Daltons to 36,000 Daltons, D" represents a block derived from diene, and the linear triblock copolymer is present in an amount effective to modify a lubricating kinematic viscosity at approximately 100°C (KV100) of the concentrate, wherein the concentrate comprises at least 50 wt% of the diluent oil and the effective amount of the linear triblock copolymer is such that the concentrate comprises at least 9.5 wt% of the linear triblock copolymer, and wherein a KV100 of the diluent oil is from 2 cSt to 40 cSt and the KV100 of the concentrate is about 3000 cSt or less. from 60 parts to 90 parts of a diluent oil; and from 10 parts to 40 parts of a linear triblock copolymer characterized by the formula: D'-PA-D"; wherein D' represents a block derived from diene, PA represents a block derived from monoalkenyl arene and having a number average molecular weight from 20,000 Daltons to 36,000 Daltons, D" represents a block derived from diene, and the linear triblock copolymer is present in an amount effective to modify a lubricating kinematic viscosity at approximately 100°C (KV100) of the concentrate, wherein the concentrate comprises at least 50 wt% of the diluent oil and the effective amount of the linear triblock copolymer is such that the concentrate comprises at least 9.5 wt% of the linear triblock copolymer, and
An air separation module comprising: a housing comprising: an inlet ; and a first and second outlet ; an air separation element enclosed within the housing and extending along a length of the housing, the air separation element comprising a plurality of semi-permeable fibers configured to release an oxygen-enriched air stream along the length of the air separation element ; and characterized by further comprising an insulating element inward of an outer perimeter of the housing and substantially surrounding an outer perimeter of the air separation element along a length of the air separation element, wherein the insulating element is positioned in contact with at least a portion of each of an inner wall of the housing and the outer perimeter of the air separation element, and wherein a material of the insulating element permits the flow of the oxygen-enriched air stream from the air separation element to the first outlet . a housing comprising: an inlet ; and a first and second outlet ; an inlet ; and a first and second outlet ; an air separation element enclosed within the housing and extending along a length of the housing, the air separation element comprising a plurality of semi-permeable fibers configured to release an oxygen-enriched air stream along the length of the air separation element ; and characterized by further comprising an insulating element inward of an outer perimeter of the housing and substantially surrounding an outer perimeter of the air separation element along a length of the air separation element, wherein the insulating element is positioned in contact with at least a portion of each of an inner wall of the housing and the outer perimeter of the air separation element, and wherein a material of the insulating element permits the flow of the oxygen-enriched air stream from the air separation element to the first outlet .
Method for manufacturing a load-bearing structure of a passenger car comprising using bend forming according to DIN 8586 as the forming procedure for ≥50% of the structure manufactured out of metallic flat materials having a thickness ≤6.0 mm whereby load-bearing structure is defined as a land-based automotive vehicle or attached or pulled structure of it and whereby bend forming is carried out as a multi-edged forming process for ≥50% of the metallic flat materials on ≥2 edges per sheet of flat material, characterized in that the metallic flat material is a high strength steel with a yield strength R p0.2 ≥ 400MPa and a bending angle α ≥ 90° at the same time.
An air freshener for an interior vent grille of a vehicle, which comprises a casing wherein a receptacle containing volatile substances is housed and at least one fixing element which can be fixed to an interior vent grille of a vehicle, the casing and said at least one fixing element being made of cardboard, said casing and said at least one fixing element being formed from two cardboard sheets joined together, wherein said receptacle containing volatile substances is fixed between said two cardboard sheets, wherein the air freshener also comprises an external board comprising a hole located on its upper portion, that is joined to the casing and to said at least one fixing element by means of a pre-die cut line , characterized in that the air freshener comprises two fixing elements that are two tongues, said tongues comprising a fold line at their end nearest to the casing , and wherein each tongue comprises a fixing slot . said casing and said at least one fixing element being formed from two cardboard sheets joined together, wherein said receptacle containing volatile substances is fixed between said two cardboard sheets, wherein the air freshener also comprises an external board comprising a hole located on its upper portion, that is joined to the casing and to said at least one fixing element by means of a pre-die cut line , characterized in that the air freshener comprises two fixing elements that are two tongues, said tongues comprising a fold line at their end nearest to the casing , and wherein each tongue comprises a fixing slot .