mhurhangee/patent-ind-claim-en huggingface dataset:
An absorbent pant comprising: a chassis comprising a topsheet , a backsheet , and an absorbent core between the topsheet and the backsheet; longitudinally opposing first and second waist regions , and a crotch region disposed between the first and second waist regions; opposing first and second waist panels longitudinally disposed in the first and second waist regions, wherein the first and second waist panels connect the first waist region with the second waist region to form a waist opening and a pair of leg apertures ; and a fastening zone area on at least one surface of the absorbent pant; a release tape , at least a portion of the release tape disposed in an overlapping relationship with the fastening zone area in a taped configuration and configured to be separated from the fastening zone area in a released configuration to be released from the overlapping relationship; wherein in a wrapped configuration, the waist panels are configured to be laterally folded inward to engage the fastening zone area when the portion of the release tape is separated from the fastening zone area in the released configuration such that the leg apertures are at least partially sealed. a chassis comprising a topsheet , a backsheet , and an absorbent core between the topsheet and the backsheet; longitudinally opposing first and second waist regions , and a crotch region disposed between the first and second waist regions; opposing first and second waist panels longitudinally disposed in the first and second waist regions, wherein the first and second waist panels connect the first waist region with the second waist region to form a waist opening and a pair of leg apertures ; and a fastening zone area on at least one surface of the absorbent pant; a release tape , at least a portion of the release tape disposed in an overlapping relationship with the fastening zone area in a taped configuration and configured to be separated from the fastening zone area in a released configuration to be released from the overlapping relationship; wherein in a wrapped configuration, the waist panels are configured to be laterally folded inward to engage the fastening zone area when the portion of the release tape is separated from the fastening zone area in the released configuration such that the leg apertures are at least partially sealed.
A tangible, non-transitory computer readable medium storing instructions that, when executed by a processor , cause the processor to: receive one or more inputs relating to a mechanical design and desired motion of an industrial machine ; iteratively generate a motion profile within boundaries based on the one or more inputs , wherein the motion profile reduces energy consumption when applied to a motor drive to control a motor connected to the industrial machine , wherein at least one of the boundaries comprises a boundary defined around a desired trajectory , wherein the boundaries are represented by weighting matrices in a cost function, and wherein iteratively generating, via the processor , the motion profile within the boundaries based on the one or more inputs comprises recalculating the weighting matrices at each iteration when the motion profile is not within the boundaries represented by the weighting matrices; and wherein, once the motion profile is within the boundaries , the weighting matrices continue to be iteratively recalculated until the weighting matrices converge to a solution that yields a motion profile within the boundaries that has a minimum energy cost; and apply the motion profile trajectory to the motor drive to control the motor connected to the industrial machine . receive one or more inputs relating to a mechanical design and desired motion of an industrial machine ; iteratively generate a motion profile within boundaries based on the one or more inputs , wherein the motion profile reduces energy consumption when applied to a motor drive to control a motor connected to the industrial machine , wherein at least one of the boundaries comprises a boundary defined around a desired trajectory , wherein the boundaries are represented by weighting matrices in a cost function, and wherein iteratively generating, via the processor , the motion profile within the boundaries based on the one or more inputs comprises recalculating the weighting matrices at each iteration when the motion profile is not within the boundaries represented by the weighting matrices; and wherein, once the motion profile is within the boundaries , the weighting matrices continue to be iteratively recalculated until the weighting matrices converge to a solution that yields a motion profile within the boundaries that has a minimum energy cost; and apply the motion profile trajectory to the motor drive to control the motor connected to the industrial machine .
Device for manipulating particles and comprising a flow generator arranged to generate a transport fluid flow , and a screen having a first outer surface from which a particle structure can be formed, the screen comprising through-holes opening via openings onto said first outer surface and the transport fluid flow being provided to transport the particles to or from the first outer surface , the device being arranged so that the transport fluid flow only passes through predetermined portions of the first outer surface of the screen , the device comprising a valve matrix , an open valve making it possible to allow the transport fluid flow , in order to blow the particles from the first outer surface , characterised in that each valve can be addressed independently of the other valves . the device being arranged so that the transport fluid flow only passes through predetermined portions of the first outer surface of the screen , the device comprising a valve matrix , an open valve making it possible to allow the transport fluid flow , in order to blow the particles from the first outer surface , characterised in that each valve can be addressed independently of the other valves .
A cylinder liner , comprising: a substrate including an inner surface extending around a center axis (A); a coating disposed on said inner surface of said substrate ; said coating including an intermediate layer , said intermediate layer comprising, in weight percent (wt. %) of said intermediate layer , 40.0 to 60.0 wt. % carbon, 15.0 to 35.0 wt. % silicon, and 15.0 to 35.0 wt. % germanium; and said coating including a protective layer , said protective layer including, in weight percent (wt. %) of said protective layer , at least 90.0 wt. % carbon, wherein the weight of said layers does not include the weight of any hydrogen present in said layers , wherein each of said layers of said coating has a thickness (t i , t p ) of not greater than 30 microns, wherein at least one of said layers has a composition varying along said thickness (t i , t p ). a substrate including an inner surface extending around a center axis (A); a coating disposed on said inner surface of said substrate ; said coating including an intermediate layer , said intermediate layer comprising, in weight percent (wt. %) of said intermediate layer , 40.0 to 60.0 wt. % carbon, 15.0 to 35.0 wt. % silicon, and 15.0 to 35.0 wt. % germanium; and said coating including a protective layer , said protective layer including, in weight percent (wt. %) of said protective layer , at least 90.0 wt. % carbon, wherein the weight of said layers does not include the weight of any hydrogen present in said layers , wherein each of said layers of said coating has a thickness (t i , t p ) of not greater than 30 microns, wherein at least one of said layers has a composition varying along said thickness (t i , t p ).
A recoil starter including: a reel support shaft ; a rope reel that is rotatably mounted on the reel support shaft ; a ratchet member that is swingably mounted on the rope reel ; a ratchet guide that is rotatably mounted on the reel support shaft with friction resistance; and a friction spring that provides the friction resistance to the ratchet guide , wherein the ratchet guide includes: a guide portion that pushes out the ratchet member to an outer diameter direction when the rope reel rotates in an engine starting direction; and a swinging-prevention portion that prevents the ratchet member from swinging to the outer diameter direction when the ratchet member does not contact the guide portion , characterized in that the ratchet guide generally has a circular shape and includes a flange portion having a circular disc shape, and a concave portion disposed in the center of the flange portion , wherein rib-like wall portions protrude in the thickness direction from the back surface of the flange portion , wherein each of the wall portions forms said guide portion and said swinging-prevention portion . a reel support shaft ; a rope reel that is rotatably mounted on the reel support shaft ; a ratchet member that is swingably mounted on the rope reel ; a ratchet guide that is rotatably mounted on the reel support shaft with friction resistance; and a friction spring that provides the friction resistance to the ratchet guide , wherein the ratchet guide includes: a guide portion that pushes out the ratchet member to an outer diameter direction when the rope reel rotates in an engine starting direction; and a swinging-prevention portion that prevents the ratchet member from swinging to the outer diameter direction when the ratchet member does not contact the guide portion , characterized in that the ratchet guide generally has a circular shape and includes a flange portion having a circular disc shape, and a concave portion disposed in the center of the flange portion , wherein rib-like wall portions protrude in the thickness direction from the back surface of the flange portion , wherein each of the wall portions forms said guide portion and said swinging-prevention portion . a guide portion that pushes out the ratchet member to an outer diameter direction when the rope reel rotates in an engine starting direction; and a swinging-prevention portion that prevents the ratchet member from swinging to the outer diameter direction when the ratchet member does not contact the guide portion , characterized in that the ratchet guide generally has a circular shape and includes a flange portion having a circular disc shape, and a concave portion disposed in the center of the flange portion , wherein rib-like wall portions protrude in the thickness direction from the back surface of the flange portion , wherein each of the wall portions forms said guide portion and said swinging-prevention portion .
System for facilitating detection of a respiratory status, wherein the system comprises a flexible patch being configured to be affixed or attached to a skin of a patient's body by means of an adhesive layer , wherein the patch comprises at least one sensor , preferably of a sensor arrangement , for sensing a body activity corresponding to the respiratory status of said patient's body , and wherein the sensor or the sensor arrangement is configured to determine and/or output a sensor signal corresponding to said body activity, the system comprising a re-usable add-on device being attachable to and detachable from the patch , and the add-on device being adapted to provide energy to the patch in a wireless manner. the system comprising a re-usable add-on device being attachable to and detachable from the patch , and the add-on device being adapted to provide energy to the patch in a wireless manner.
Heat exchanger for an exchange of heat between at least a first fluid and a second fluid, in particular for a motor vehicle: - the heat exchanger comprising a plurality of heat exchange tubes respectively defining at least one duct for circulation of the first fluid, - the heat exchanger having at least in part a coating that is able to melt so as to join elements of the heat exchanger during assembly by brazing, characterized in that - the heat exchanger comprises a plurality of first frames for receiving the heat exchange tubes , and in that - the first frames have respectively at least one setback at an inner corner receiving a corner of a heat exchange tube , for the flow of the coating during brazing of the heat exchanger so as to prevent the coating from blocking the ducts for circulation of the first fluid of the heat exchange tubes . - the heat exchanger comprising a plurality of heat exchange tubes respectively defining at least one duct for circulation of the first fluid, - the heat exchanger having at least in part a coating that is able to melt so as to join elements of the heat exchanger during assembly by brazing, characterized in that - the heat exchanger comprises a plurality of first frames for receiving the heat exchange tubes , and in that - the first frames have respectively at least one setback at an inner corner receiving a corner of a heat exchange tube , for the flow of the coating during brazing of the heat exchanger so as to prevent the coating from blocking the ducts for circulation of the first fluid of the heat exchange tubes .
An endoscope having an operating handle comprising a handle housing arranged at a proximal end thereof and an insertion tube extending from said handle towards a distal end of the endoscope and terminating in a tip part at the distal end of the endoscope , the endoscope further comprising a distal steerable bending section and a control lever at the operating handle for controlling said distal steerable bending section , a tool arranged at said tip part at the distal end of the endoscope , said tool being movable between a retracted position, an extended position and a task position, a tool operating member located at the operating handle , said tool operating member being operable between a rest position and a working position, the control lever and the tool operating member being configured to allow simultaneous operation with one hand, a control means connecting said tool operating member and said tool , so as to allow linear movement of the tool in response to activation of said tool operating member , characterized in that said control means comprises a first motion transfer member arranged co-axially within a second motion transfer member , said first motion transfer member having a first end in connection with said control means via a first kinematic chain and a second end connected to the tool and said second motion transfer member having a first end in connection with said control means via a second kinematic chain , where said first kinematic chain and second kinematic chains are adapted to operate independently of each other so that said working position of the tool operating member comprises a partially depressed position and a depressed position, wherein the partially depressed position is located between the rest position and the depressed position, and in the partially depressed position the first motion transfer member places the tool in the extended position and in the depressed position the second motion transfer member places the tool is in the task position.
A method comprising, in real time: capturing a plurality of images of a user by a sensor; determining , based on photoplethysmogram, PPG, data obtained from the plurality of images, one or more cardiological signals of the user during a period of time; estimating , based on the cardiological signals, a first emotional state of the user; detecting a face of the user in the plurality of images; determining , based on facial action coding system, FACS, data obtained from the plurality of images, one or more neurological signals of the user during the period of time; estimating , based on the neurological signals, a second emotional state of the user; determining one or more neuroanatomical signals based on lateralization of the user in the plurality of images; comparing the first estimated emotional state to the second estimated emotional state; in response to a determination that the first estimated emotional state corresponds to the second estimated emotional state, determining , based on the first estimated emotional state and second estimated emotional state, a third emotional state of the user during the period of time; and verifying the third emotional state of the user based on a consistency between the neuroanatomical signals and the determined third emotional state. capturing a plurality of images of a user by a sensor; determining , based on photoplethysmogram, PPG, data obtained from the plurality of images, one or more cardiological signals of the user during a period of time; estimating , based on the cardiological signals, a first emotional state of the user; detecting a face of the user in the plurality of images; determining , based on facial action coding system, FACS, data obtained from the plurality of images, one or more neurological signals of the user during the period of time; estimating , based on the neurological signals, a second emotional state of the user; determining one or more neuroanatomical signals based on lateralization of the user in the plurality of images; comparing the first estimated emotional state to the second estimated emotional state; in response to a determination that the first estimated emotional state corresponds to the second estimated emotional state, determining , based on the first estimated emotional state and second estimated emotional state, a third emotional state of the user during the period of time; and verifying the third emotional state of the user based on a consistency between the neuroanatomical signals and the determined third emotional state.
A cooling assembly for a gas turbine system comprising: a turbine nozzle having at least one channel comprising a channel inlet configured to receive a cooling flow from a compressor disposed upstream of the turbine nozzle , wherein the at least one channel directs the cooling flow through the turbine nozzle in a radial direction at a first pressure to a channel outlet ; a turbine shroud assembly ; and an exit cavity for fluidly connecting the channel outlet to the turbine shroud assembly disposed downstream of the channel outlet of the turbine nozzle , wherein the exit cavity is enclosed by a hood segment and characterized in that the exit cavity directs the cooling flow to a forward face of the turbine shroud assembly and to an interior region of the turbine shroud assembly, where the cooling flow passes through an aperture of the forward face , and wherein the interior region is at a second pressure, wherein the first pressure is greater than the second pressure, and in that the cooling flow is impinged on the at least one channel . a turbine nozzle having at least one channel comprising a channel inlet configured to receive a cooling flow from a compressor disposed upstream of the turbine nozzle , wherein the at least one channel directs the cooling flow through the turbine nozzle in a radial direction at a first pressure to a channel outlet ; a turbine shroud assembly ; and an exit cavity for fluidly connecting the channel outlet to the turbine shroud assembly disposed downstream of the channel outlet of the turbine nozzle , wherein the exit cavity is enclosed by a hood segment and characterized in that the exit cavity directs the cooling flow to a forward face of the turbine shroud assembly and to an interior region of the turbine shroud assembly, where the cooling flow passes through an aperture of the forward face , and wherein the interior region is at a second pressure, wherein the first pressure is greater than the second pressure, and in that the cooling flow is impinged on the at least one channel .
Insert for a bag , in particular for a handbag, for self-defense, having a metal structure that is rigid in at least one spatial direction (z), wherein the metal structure is configured to be variably inserted into a bag , in particular into the outer skin of the bag , or to be integrally connected to the bag , in particular to the outer skin of the bag , and so that the bag can be used as an impact weapon, characterized in that the insert has a handle for holding and guiding the insert for the purpose of self-defense, wherein the handle is configured in the form of a grip or in the form of an inner pocket for receiving a hand clenched into a fist.
A solid state lamp (320; 340), comprising: light emitting diodes (LEDs) on a carrier 324); a planar first conversion material (328; 344), wherein light from said LEDs passes through said first conversion material, wherein at least some of the light from the LEDs is wavelength converted and re-emitted; and a second conversion material (330; 342) arranged in a dome or globe over said first conversion material, with light from said LEDs passing through said second conversion material, wherein said second conversion material wavelength converts and re-emits at least some of said LED light; characterized in that said first conversion material comprises an excitation spectrum that overlaps with the re-emission spectrum of said second conversion material. light emitting diodes (LEDs) on a carrier 324); a planar first conversion material (328; 344), wherein light from said LEDs passes through said first conversion material, wherein at least some of the light from the LEDs is wavelength converted and re-emitted; and a second conversion material (330; 342) arranged in a dome or globe over said first conversion material, with light from said LEDs passing through said second conversion material, wherein said second conversion material wavelength converts and re-emits at least some of said LED light; characterized in that said first conversion material comprises an excitation spectrum that overlaps with the re-emission spectrum of said second conversion material.
A process for the preparation of multimodal polyethylene particles, said multimodal polyethylene particles preferably having a bimodal or trimodal molecular weight distribution, comprising: (i) polymerising ethylene and optionally an α-olefin comonomer in a first slurry polymerisation stage to produce a first ethylene polymer; and (ii) polymerising ethylene and optionally an α-olefin comonomer, in the presence of said first ethylene polymer, in a second slurry polymerisation stage, wherein said first and second polymerisation stages are carried out in the presence of an unsupported metallocene catalyst, a solution of said unsupported metallocene catalyst in a solvent is employed, and each polymerisation stage produces at least 5 %wt of said multimodal polyethylene, and said multimodal polyethylene particles have a multimodal molecular weight distribution, a weight average molecular weight of at least 50,000 g/mol and a bulk density of at least 250 g/dm 3 . (i) polymerising ethylene and optionally an α-olefin comonomer in a first slurry polymerisation stage to produce a first ethylene polymer; and (ii) polymerising ethylene and optionally an α-olefin comonomer, in the presence of said first ethylene polymer, in a second slurry polymerisation stage, wherein said first and second polymerisation stages are carried out in the presence of an unsupported metallocene catalyst, a solution of said unsupported metallocene catalyst in a solvent is employed, and each polymerisation stage produces at least 5 %wt of said multimodal polyethylene, and said multimodal polyethylene particles have a multimodal molecular weight distribution, a weight average molecular weight of at least 50,000 g/mol and a bulk density of at least 250 g/dm 3 .