mhurhangee/patent-ind-claim-en huggingface dataset:
A weight training sled, comprising: a chassis having longitudinally spaced first and second ends and laterally spaced first and second sides, at least two rotatable wheels for supporting the chassis a vertical distance above a support a brake for applying resistance to rotation of at least one of the wheels, characterized by a pair of laterally spaced push handles attached to and extending vertically upward from proximate the first longitudinal end of the chassis, each having a hand grip proximate an uppermost end of the push handle, and a laterally centered closed loop D or O shaped tow hook operable for attachment of a tow rope, spaced at least 30 cm above a support surface upon which the sled is supported and vertically below the hand grip. a chassis having longitudinally spaced first and second ends and laterally spaced first and second sides, at least two rotatable wheels for supporting the chassis a vertical distance above a support a brake for applying resistance to rotation of at least one of the wheels, characterized by a pair of laterally spaced push handles attached to and extending vertically upward from proximate the first longitudinal end of the chassis, each having a hand grip proximate an uppermost end of the push handle, and a laterally centered closed loop D or O shaped tow hook operable for attachment of a tow rope, spaced at least 30 cm above a support surface upon which the sled is supported and vertically below the hand grip.
A reinforced preform comprising: four commonly woven fabric leg reinforcement elements (32a, 34a, 36a, 38a, 51-58), wherein a reinforced common node consists of the commonly woven fabric leg reinforcement elements (32a, 34a, 36a, 38a, 51-58) being edgewise joined and arranged radially around and extending from the common node , wherein at least one reinforcing fiber from each of the fabric leg reinforcement elements (32a, 34a, 36a, 38a, 51-58) is woven through the common node and into at least one other of the fabric leg reinforcement elements (32a, 34a, 36a, 38a, 51-58), and characterized in that two of the commonly woven fabric leg reinforcement elements are substantially co-linear and lie on substantially a same curved surface and have an out-of-plane curvature along the length of the reinforced preform. four commonly woven fabric leg reinforcement elements (32a, 34a, 36a, 38a, 51-58), wherein a reinforced common node consists of the commonly woven fabric leg reinforcement elements (32a, 34a, 36a, 38a, 51-58) being edgewise joined and arranged radially around and extending from the common node , wherein at least one reinforcing fiber from each of the fabric leg reinforcement elements (32a, 34a, 36a, 38a, 51-58) is woven through the common node and into at least one other of the fabric leg reinforcement elements (32a, 34a, 36a, 38a, 51-58), and characterized in that two of the commonly woven fabric leg reinforcement elements are substantially co-linear and lie on substantially a same curved surface and have an out-of-plane curvature along the length of the reinforced preform.
A method of controlling a laundry treating device including a tub storing wash water therein, a drum rotatably provided within the tub to receive the laundry therein, a heater 2. heating the wash water supplied to the tub, a circulating pump circulating the wash water supplied to the tub, and a controller configured to control the components and progress a washing cycle, a rinsing cycle and a dewatering cycle, the method comprising: a laundry amount detecting step (S110) of detecting a laundry amount of the laundry put into the drum; a water supplying step (S132, S142) of supplying the wash water to the tub according to the laundry amount; and a laundry soaking step (S146) of soaking the laundry in response to an operation of the circulating pump, wherein the laundry soaking step (S146) is selectively progressed according to the laundry amount detected in the laundry amount detecting step (S132, S142), and characterized in that : the laundry soaking step (S146) is progressed by the operation of the circulating pump if the detected laundry amount is greater than a set laundry amount. a laundry amount detecting step (S110) of detecting a laundry amount of the laundry put into the drum; a water supplying step (S132, S142) of supplying the wash water to the tub according to the laundry amount; and a laundry soaking step (S146) of soaking the laundry in response to an operation of the circulating pump, wherein the laundry soaking step (S146) is selectively progressed according to the laundry amount detected in the laundry amount detecting step (S132, S142), and characterized in that : the laundry soaking step (S146) is progressed by the operation of the circulating pump if the detected laundry amount is greater than a set laundry amount.
An apparatus for administering reduced pressure to a tissue site , the apparatus comprising: a reduced pressure source , the reduced pressure source generating a reduced pressure; and a tube having a plurality of lumens including at least one collection lumen , the reduced pressure source applying the reduced pressure to the tissue site through the plurality of lumens such that the at least one collection lumen receives fluid from the tissue site, the at least one collection lumen storing the fluid received from the tissue site; characterised by an absorptive material disposed in the at least one collection lumen configured to store fluid; and at least one filter coupled to the tube, wherein the at least one filter is located at one or more locations, and wherein the at least one filter prevents the fluid from passing the one or more locations, wherein the at least one filter is a hydrophobic filter. a reduced pressure source , the reduced pressure source generating a reduced pressure; and a tube having a plurality of lumens including at least one collection lumen , the reduced pressure source applying the reduced pressure to the tissue site through the plurality of lumens such that the at least one collection lumen receives fluid from the tissue site, the at least one collection lumen storing the fluid received from the tissue site; characterised by an absorptive material disposed in the at least one collection lumen configured to store fluid; and at least one filter coupled to the tube, wherein the at least one filter is located at one or more locations, and wherein the at least one filter prevents the fluid from passing the one or more locations, wherein the at least one filter is a hydrophobic filter.
An optical solution cast film made from a composition comprising: (a) a cellulose acetate propionate having: (i) at least one acetyl group and at least one non-acetyl ester group, (ii) a ratio of the degree of substitution of non-acetyl ester groups to the degree of substitution of hydroxyl groups of 10 to 200, and (iii) a non-acetyl ester degree of substitution of 1.1 to 1.75; and (b) a plasticizer selected in an amount of at least 12,5 wt% from xylitol pentaacetate (XPA), xylitol pentapropionate (XPP), arabitol pentapropionate (APP), or in an amount of at least 20 wt% from triphenyl phosphate (TPP), a polyester comprising succinic acid residues and diethylene glycol residues, a polyester comprising adipic acid residues and diethylene glycol residues; wherein the amount of the plasticizer ranges up to 25 weight percent based on the total weight of the cellulose acetate propionate and the plasticizer; and wherein the film has an optical retardation value in the thickness direction (R th ) of +50 to +130 nm measured at a film thickness of 80 μm and at a light wavelength of 633 nm: and wherein the film is dried from residual solvents and relaxed from residual stress by annealing between 120°C and 150°C. (a) a cellulose acetate propionate having: (i) at least one acetyl group and at least one non-acetyl ester group, (ii) a ratio of the degree of substitution of non-acetyl ester groups to the degree of substitution of hydroxyl groups of 10 to 200, and (iii) a non-acetyl ester degree of substitution of 1.1 to 1.75; and (i) at least one acetyl group and at least one non-acetyl ester group, (ii) a ratio of the degree of substitution of non-acetyl ester groups to the degree of substitution of hydroxyl groups of 10 to 200, and (iii) a non-acetyl ester degree of substitution of 1.1 to 1.75; and (b) a plasticizer selected in an amount of at least 12,5 wt% from xylitol pentaacetate (XPA), xylitol pentapropionate (XPP), arabitol pentapropionate (APP), or in an amount of at least 20 wt% from triphenyl phosphate (TPP), a polyester comprising succinic acid residues and diethylene glycol residues, a polyester comprising adipic acid residues and diethylene glycol residues;
A method for wireless communication in a wireless backhaul network, comprising: determining , at a first access node , whether data is available to be transmitted via a first communication link between the first access node and a second access node using a radio access technology, RAT, that supports a synchronized frame structure, wherein the first communication link is a backhaul link; receiving at the first access node from a third access node an indication whether a scheduled resource of a second communication link between the first access node and the third access node using the RAT, time synchronized with the first communication link, is available during a time interval defined by the synchronized frame structure, wherein a first subset of scheduled resources defined by the synchronized frame structure are assigned to be used by the first communication link and a second subset of scheduled resources defined by the synchronized frame structure are assigned to be used by the second communication link, the first subset being different than the second subset; and transmitting , by the first access node , the data via the first communication link using the scheduled resource of the second communication link during the time interval based at least in part on the indication indicating that the scheduled resource of the second communication link is available during the time interval. receiving at the first access node from a third access node an indication whether a scheduled resource of a second communication link between the first access node and the third access node using the RAT, time synchronized with the first communication link, is available during a time interval defined by the synchronized frame structure, wherein a first subset of scheduled resources defined by the synchronized frame structure are assigned to be used by the first communication link and a second subset of scheduled resources defined by the synchronized frame structure are assigned to be used by the second communication link, the first subset being different than the second subset; and transmitting , by the first access node , the data via the first communication link using the scheduled resource of the second communication link during the time interval based at least in part on the indication indicating that the scheduled resource of the second communication link is available during the time interval.
A pair of bonded electrodes comprising: a first electrode made of Cu or on which Cu is plated; and a second electrode on which Ni is plated and on which Au is plated over the Ni, or on which Ag-Pd alloy is plated; a layered solder material containing a first plate-like solder material of Sn-Ag-Cu series or Sn-Sb series, and a second plate-like solder material of Sn-Ag-Cu-Ni series or Sn-Pb series, wherein the first and second plate-like solder materials are layered with a first plane of the first plate-like solder material and a first plane of the second plate-like solder material, being joined together as a two-layer structure with a solid-phase diffusion layer between the first and second plate-like solder materials, and wherein a surface of another plane of the first plate-like solder material that is different from the first plane of the first plate-like solder material is bonded to the first electrode and a surface of another plane of the second plate-like solder material that is different from the first plane of the second plate-like solder material is bonded to the second electrode. a first electrode made of Cu or on which Cu is plated; and a second electrode on which Ni is plated and on which Au is plated over the Ni, or on which Ag-Pd alloy is plated; a layered solder material containing a first plate-like solder material of Sn-Ag-Cu series or Sn-Sb series, and a second plate-like solder material of Sn-Ag-Cu-Ni series or Sn-Pb series, wherein the first and second plate-like solder materials are layered with a first plane of the first plate-like solder material and a first plane of the second plate-like solder material, being joined together as a two-layer structure with a solid-phase diffusion layer between the first and second plate-like solder materials, and wherein a surface of another plane of the first plate-like solder material that is different from the first plane of the first plate-like solder material is bonded to the first electrode and a surface of another plane of the second plate-like solder material that is different from the first plane of the second plate-like solder material is bonded to the second electrode.
Operator control device for a motor vehicle , having: - a touch-sensitive first display screen and a touch-sensitive second display screen spaced apart from the first display screen , which are separated from each other by a gap , which is sensorless, - a control device for displaying a first graphic element on the first display screen and a second graphic element on the second display screen , characterised in that the control device is set up, - to receive a predetermined change command via the first display screen , - on receipt of the change command , to initially display the second graphic element on the first display screen , - thereafter to receive a predetermined shift command from a user via the first display screen , - depending on the shift command for the display on the second display screen , to adjust a relative position of the first graphic element and the second graphic element to each other, - depending on the change command , to display the first graphic element on the second display screen , wherein - the control device is set up to recognise a touch on the first graphic element as the change command , wherein a duration of the touch is greater than a predetermined minimum value , and - the change command comprises a shift of the first graphic element to an edge of the first display screen by the user . - a touch-sensitive first display screen and a touch-sensitive second display screen spaced apart from the first display screen , which are separated from each other by a gap , which is sensorless, - a control device for displaying a first graphic element on the first display screen and a second graphic element on the second display screen , - to receive a predetermined change command via the first display screen , - on receipt of the change command , to initially display the second graphic element on the first display screen , - thereafter to receive a predetermined shift command from a user via the first display screen , - depending on the shift command for the display on the second display screen , to adjust a relative position of the first graphic element and the second graphic element to each other, - depending on the change command , to display the first graphic element on the second display screen , - the control device is set up to recognise a touch on the first graphic element as the change command , wherein a duration of the touch is greater than a predetermined minimum value , and - the change command comprises a shift of the first graphic element to an edge of the first display screen by the user .
A refrigerator door comprising: a front panel for defining a front exterior appearance thereof; a door liner for defining a rear exterior appearance thereof; a frame for defining lateral exterior appearances thereof, the frame formed of steel; a support portion provided on an inner portion of the frame to support the front panel, the support portion formed of steel; a first cap decorative portion for sealing first portions of the front panel and the door liner; a second cap decorative portion for sealing second portions of the front panel and the door liner; and coupling members provided on an inner portion of the frame to couple the first cap decorative portion and the second cap decorative portion to each other, the coupling members formed of steel, wherein the support portion is welded to the frame and the coupling members are welded to the frame , where the coupling members comprise a coupling member coupled to the first cap decorative portion and a coupling member coupled to the second cap decorative portion , and wherein the coupling member coupled to the first cap decorative portion is separated from the coupling member coupled to the second cap decorative portion . a front panel for defining a front exterior appearance thereof; a door liner for defining a rear exterior appearance thereof; a frame for defining lateral exterior appearances thereof, the frame formed of steel; a support portion provided on an inner portion of the frame to support the front panel, the support portion formed of steel; a first cap decorative portion for sealing first portions of the front panel and the door liner; a second cap decorative portion for sealing second portions of the front panel and the door liner; and coupling members provided on an inner portion of the frame to couple the first cap decorative portion and the second cap decorative portion to each other, the coupling members formed of steel, wherein the support portion is welded to the frame and the coupling members are welded to the frame , where the coupling members comprise a coupling member coupled to the first cap decorative portion and a coupling member coupled to the second cap decorative portion , and wherein the coupling member coupled to the first cap decorative portion is separated from the coupling member coupled to the second cap decorative portion .
- Computer implemented method for evaluating the accuracy of a reservoir grid modeling a reservoir geological formation, said reservoir grid corresponding to a 3D grid of cells associated to respective values of at least one geological property, said reservoir grid being used for hydrocarbon recovery from the reservoir geological formation, said method comprising: - (S51) obtaining a 4D seismic image corresponding to a 3D image representing values, referred to as time lapse property values, representative of the variation of at least one geophysical property between seismic measurements performed on the reservoir geological formation and separated in time, said method being characterized in that it comprises: - (S52) calculating a skeleton for the time lapse property values of the 4D seismic image, said skeleton extending between at least one origin and a plurality of extremities (21a-21h), said skeleton corresponding to interconnected points describing the topology of the time lapse property; - (S53) associating each point of the skeleton to a value of the at least one geological property of the reservoir grid, based on the coordinates of the points of the skeleton and on the coordinates of the cells of the reservoir grid; - (S54) calculating flow time values for a fluid flowing from the origin to the extremities along the skeleton , based on the at least one geological property values associated to the points of the skeleton; - (S55) evaluating the accuracy of the reservoir grid based on the flow time values. - (S51) obtaining a 4D seismic image corresponding to a 3D image representing values, referred to as time lapse property values, representative of the variation of at least one geophysical property between seismic measurements performed on the reservoir geological formation and separated in time, - (S52) calculating a skeleton for the time lapse property values of the 4D seismic image, said skeleton extending between at least one origin and a plurality of extremities (21a-21h), said skeleton corresponding to interconnected points describing the topology of the time lapse property; - (S53) associating each point of the skeleton to a value of the at least one geological property of the reservoir grid, based on the coordinates of the points of the skeleton and on the coordinates of the cells of the reservoir grid; - (S54) calculating flow time values for a fluid flowing from the origin to the extremities along the skeleton , based on the at least one geological property values associated to the points of the skeleton; - (S55) evaluating the accuracy of the reservoir grid based on the flow time values.
Device for fluid-tight sealing of two packaging parts partially overlapping one another, wherein one packaging part is a tubular base body , in particular formed from a cut-out of cardboard/plastic composite material and a further packaging part forms the packaging head or base, comprising at least one mandrel (D) and a die (M), wherein the mandrel (D) has at least two expansion elements with sealing jaws which are moved towards one another from their working position to reduce the cross-section into a rest position in order to allow a slight pushing of the tubular base body , wherein the sealing jaws form a closed circumferential outer contour (AK) in their working position, which corresponds to an inner contour (IK) formed by an opening in the die (M) such that a narrow annular gap remains between inner contour (IK) and outer contour (AK) to apply a pressing force from the interior to the overlapping region of the packaging parts , characterised in that the expansion elements are arranged in each case pivotable on a common base element .
Centrifugal separator comprising a dip tube and an inlet channel , characterized in that on the exterior of the immersion tube a flow guiding element is provided which is designed as an eccentric, shell-shaped baffle plate , narrows a flow channel of the centrifugal separator and is arranged approximately opposite the gas inlet, the baffle plate being drawn down to below a lower edge of the inlet channel and then tapering again toward the lower immersion tube end of the tube shape.