mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing method, comprising: obtaining, from a mobile object, (i) at least one of operation information indicating operation performed on and/or movement made by the mobile object and traveling information indicating a traveling route taken by the mobile object and derived from positional information, and (ii) sensor data indicating surroundings of the mobile object and obtained by sensing of the traveling route using a sensor included in the mobile object (S11); causing a learning model to learn, by manual driving of the mobile object by a user along a travelling route and using (i) the at least one of the operation information and the traveling information, and (ii) the sensor data as input, at least one of operation performed on and movement made by the mobile object using the sensor data obtained by sensing of the traveling route, the learning model being trained for autonomous driving of the mobile object (S12); generating, according to a number of times the learning model is trained, presentation information indicating the input required before the learning model completes learning about the traveling route (S13); and causing a presentation device to present the presentation information (S14). obtaining, from a mobile object, (i) at least one of operation information indicating operation performed on and/or movement made by the mobile object and traveling information indicating a traveling route taken by the mobile object and derived from positional information, and (ii) sensor data indicating surroundings of the mobile object and obtained by sensing of the traveling route using a sensor included in the mobile object (S11); causing a learning model to learn, by manual driving of the mobile object by a user along a travelling route and using (i) the at least one of the operation information and the traveling information, and (ii) the sensor data as input, at least one of operation performed on and movement made by the mobile object using the sensor data obtained by sensing of the traveling route, the learning model being trained for autonomous driving of the mobile object (S12); generating, according to a number of times the learning model is trained, presentation information indicating the input required before the learning model completes learning about the traveling route (S13); and causing a presentation device to present the presentation information (S14).
Method for separating and/or sorting bulk material and shredded scrap for the recovery of recyclable materials, in which the bulk material is first deposited via a hopper, an auger, a conveyor belt or the like onto a distribution channel which is provided with a vibration drive for a planar distribution of the bulk material, whereby the bulk material travels to the edge of the distribution channel , with pre-sorting taking place at the discharge edge of the distribution channel by means of a rake and the bulk material then being dropped from there onto a separation channel arranged below said distribution channel, which separation channel is arranged at an angle and is also provided with a vibration drive , whereby the bulk material is separated into two types of bulk material, namely one traveling upward in the separation channel and one traveling downward, each being able to be caught separately at the upper and lower edges, respectively, of the separation channel , the oscillatory movements generated by the vibration drive of the separation channel taking place in the plane of its support surface and further pre-sorting taking place below the discharge edge using a substantially horizontal air flow, which separates the types of bulk material, by means of a first air nozzle .
A scroll compressor , comprising: a compressor housing ; an orbiting scroll member disposed within the housing ; a non-orbiting scroll member disposed within the housing , wherein the orbiting scroll member and the non-orbiting scroll member are intermeshed thereby forming a compression chamber within the housing ; and an endplate secured to the non-orbiting scroll member , the endplate including a radial sealing surface configured to receive a radial seal and an aperture that fluidly connects the compression chamber and a discharge chamber of the scroll compressor, characterized in that an inner portion of a bottom surface of the endplate provides a check valve surface configured to provide a stop for a check valve of the scroll compressor , and an outer portion of the bottom surface of the endplate provides an unloading mechanism surface configured to provide a stop for an unloading mechanism , the endplate including a pressure chamber for controlling the unloading mechanism . a compressor housing ; an orbiting scroll member disposed within the housing ; a non-orbiting scroll member disposed within the housing , wherein the orbiting scroll member and the non-orbiting scroll member are intermeshed thereby forming a compression chamber within the housing ; and an endplate secured to the non-orbiting scroll member , the endplate including a radial sealing surface configured to receive a radial seal and an aperture that fluidly connects the compression chamber and a discharge chamber of the scroll compressor, characterized in that an inner portion of a bottom surface of the endplate provides a check valve surface configured to provide a stop for a check valve of the scroll compressor , and an outer portion of the bottom surface of the endplate provides an unloading mechanism surface configured to provide a stop for an unloading mechanism , the endplate including a pressure chamber for controlling the unloading mechanism .
A composite material comprising an elastomer and nanocellulose, the nanocellulose having a hemicellulose content of from 25% to 55% by weight of the nanocellulose material.
A headphone device , comprising: a headband sized and shaped to rest on a user's head; and an ear cup at each of two ends of the headband , the ear cups being located proximate a user's ears when the user wears the headband , each ear cup supporting a speaker assembly within an internal cavity defined by a housing of each ear cup , each speaker assembly comprising: an audio speaker configured to produce audible sound in response to receiving an audio signal at the audio speaker ; a tactile bass vibrator distinct from the audio speaker , the tactile bass vibrator being configured to produce tactile vibrations in response to receiving the audio signal at the tactile bass vibrator , the tactile bass vibrator being operatively connected to the audio speaker ; characterized by a current divider operatively connected to the audio speaker and the tactile bass vibrator , the current divider providing greater electrical resistance to flow of current to the audio speaker than to flow of current to the tactile bass vibrator , wherein the current divider comprises a resistor in an electrical flow path directly connected to the audio speaker and lacks a resistor in an electrical flow path directly connected to the tactile bass vibrator ; wherein each speaker assembly lacks a dedicated amplifier to power the tactile bass vibrator . a headband sized and shaped to rest on a user's head; and an ear cup at each of two ends of the headband , the ear cups being located proximate a user's ears when the user wears the headband , each ear cup supporting a speaker assembly within an internal cavity defined by a housing of each ear cup , each speaker assembly comprising: an audio speaker configured to produce audible sound in response to receiving an audio signal at the audio speaker ; a tactile bass vibrator distinct from the audio speaker , the tactile bass vibrator being configured to produce tactile vibrations in response to receiving the audio signal at the tactile bass vibrator , the tactile bass vibrator being operatively connected to the audio speaker ; an audio speaker configured to produce audible sound in response to receiving an audio signal at the audio speaker ; a tactile bass vibrator distinct from the audio speaker , the tactile bass vibrator being configured to produce tactile vibrations in response to receiving the audio signal at the tactile bass vibrator , the tactile bass vibrator being operatively connected to the audio speaker ; characterized by a current divider operatively connected to the audio speaker and the tactile bass vibrator , the current divider providing greater electrical resistance to flow of current to the audio speaker than to flow of current to the tactile bass vibrator , wherein the current divider comprises a resistor in an electrical flow path directly connected to the audio speaker and lacks a resistor in an electrical flow path directly connected to the tactile bass vibrator ; wherein each speaker assembly lacks a dedicated amplifier to power the tactile bass vibrator .
A blood sample determination method comprising: preparing a mixed plasma by mixing a subject plasma and a normal plasma; emitting light to a measurement specimen obtained by mixing the mixed plasma and a clotting time measuring reagent, to obtain a clot waveform that represents a temporal change in optical information regarding an amount of light from the measurement specimen; obtaining at least one parameter regarding derivative of the clot waveform, on the basis of the optical information obtained from one measurement specimen; and determining whether the subject plasma is suspected to be a coagulation-factor-deficient plasma, on the basis of a value of the obtained parameter. preparing a mixed plasma by mixing a subject plasma and a normal plasma; emitting light to a measurement specimen obtained by mixing the mixed plasma and a clotting time measuring reagent, to obtain a clot waveform that represents a temporal change in optical information regarding an amount of light from the measurement specimen; obtaining at least one parameter regarding derivative of the clot waveform, on the basis of the optical information obtained from one measurement specimen; and determining whether the subject plasma is suspected to be a coagulation-factor-deficient plasma, on the basis of a value of the obtained parameter.
Price label , comprising - a first arrangement consisting of a paper layer provided on a first side with a thermoreactive layer , - a layer made of adhesive material applied areally to a second side of the paper layer, wherein the price label encompasses two perforations that extend through the price label in each case from a first edge to a second edge, located opposite the first edge, of the price label , wherein a deactivation layer is attached to the adhesive material in the region between the perforations , characterized in that a plurality of price labels are connected in a row and embodied in the form of a linerless label roll, wherein a means for separation is provided between the price labels, and in that the perforations extending through the price label extend parallel to the longitudinal side of the label strip. - a first arrangement consisting of a paper layer provided on a first side with a thermoreactive layer , - a layer made of adhesive material applied areally to a second side of the paper layer, wherein the price label encompasses two perforations that extend through the price label in each case from a first edge to a second edge, located opposite the first edge, of the price label , wherein a deactivation layer is attached to the adhesive material in the region between the perforations , characterized in that a plurality of price labels are connected in a row and embodied in the form of a linerless label roll, wherein a means for separation is provided between the price labels, and in that
A method for treating a mineral composition containing iron, arsenic or other Group VA compounds comprising milling the mineral composition to a particle size of P 80 of less than 25 μm and leaching said mineral composition in the presence of lime and/or limestone and a soluble alkali complexing agent and in the presence of an oxygen containing gas at a pH in the range of from 3.5 to 6.
A light illuminating apparatus that irradiates a target object (F) with light, the target object (F) being relatively moveable along a first direction (X), the light illuminating apparatus comprising: a light source having a plurality of solid-state devices which irradiates the target object (F) with the light in a second direction (Z) perpendicular to the first direction (X); a first reflecting part having at least two first reflecting surfaces placed at a downstream side in the second direction (Z) below the target object (F) when viewed from the first direction (X), wherein the first reflecting part reflects a portion of the light from the light source incident on the first reflecting surface onto the target object (F); and a second reflecting part having a pair of second reflecting surfaces standing erect from the light source toward the first reflecting surface , wherein the second reflecting part guides the light from the light source into the first reflecting surface , characterized in that the first reflecting surfaces are planes and at least two normal lines of the at least two first reflecting surfaces , when viewed from the first direction (X), are arranged to pass through a point on the normal line (BX) passing through the center of the light source . a light source having a plurality of solid-state devices which irradiates the target object (F) with the light in a second direction (Z) perpendicular to the first direction (X); a first reflecting part having at least two first reflecting surfaces placed at a downstream side in the second direction (Z) below the target object (F) when viewed from the first direction (X), wherein the first reflecting part reflects a portion of the light from the light source incident on the first reflecting surface onto the target object (F); and a second reflecting part having a pair of second reflecting surfaces standing erect from the light source toward the first reflecting surface , wherein the second reflecting part guides the light from the light source into the first reflecting surface , characterized in that the first reflecting surfaces are planes and at least two normal lines of the at least two first reflecting surfaces , when viewed from the first direction (X), are arranged to pass through a point on the normal line (BX) passing through the center of the light source .
An implant delivery system comprising: an implant including an implant body , a proximal anchor , and a distal anchor , said anchors attach to the implant body and extend away from the implant body; a carrier sheath and a support sheath each extending from a proximal end of said implant delivery system , wherein at least said carrier sheath extends to a distal end of said implant delivery system , wherein said carrier sheath is positioned at least partially within said support sheath; at least one tie, engages a portion of said proximal anchor and said distal anchor , wherein the at least one tie, is inserted at least partially in anchor attachment lumens within said carrier sheath and enter in and out of slots along said carrier sheath to secure both said proximal anchor and said distal anchor . an implant including an implant body , a proximal anchor , and a distal anchor , said anchors attach to the implant body and extend away from the implant body; a carrier sheath and a support sheath each extending from a proximal end of said implant delivery system , wherein at least said carrier sheath extends to a distal end of said implant delivery system , wherein said carrier sheath is positioned at least partially within said support sheath; at least one tie, engages a portion of said proximal anchor and said distal anchor , wherein the at least one tie, is inserted at least partially in anchor attachment lumens within said carrier sheath and enter in and out of slots along said carrier sheath to secure both said proximal anchor and said distal anchor .
A support structure for supporting the user of a mobility device or the like, the support structure comprising: a fluid flow channel , the fluid flow channel comprising: a fluid inlet ; and a top section comprising one or more apertures, the one or more apertures forming one or more fluid outlets in the top section ; wherein at least part of the fluid flow channel is tapered, the at least part tapered fluid flow channel comprising a first end and a second end ; the first end of the at least part tapered fluid flow channel being located proximal to the fluid inlet and the second end of the at least part tapered fluid flow channel being located distal to the fluid inlet ; wherein the width of the second end of the at least part tapered fluid flow channel is greater than the width of the first end of the at least part tapered fluid flow channel ; and characterised in that the, or each, fluid outlet comprises a first end located proximal to the fluid inlet and a second end located distal to the fluid inlet . a fluid inlet ; and a top section comprising one or more apertures, the one or more apertures forming one or more fluid outlets in the top section ; the first end of the at least part tapered fluid flow channel being located proximal to the fluid inlet and the second end of the at least part tapered fluid flow channel being located distal to the fluid inlet ; wherein the width of the second end of the at least part tapered fluid flow channel is greater than the width of the first end of the at least part tapered fluid flow channel ; and characterised in that the, or each, fluid outlet comprises a first end located proximal to the fluid inlet and a second end located distal to the fluid inlet .
A method for color-register spraying of a hub, comprising: after a black paint is sprayed onto the surface of the hub, machining a turned glossy surface, and then spraying the hub with a color celluloid paint, wherein the method comprises the steps of: pretreating→drying→spraying base powder→ curing→spraying a black paint→curing→machining a turned glossy surface→pretreating→ drying→spraying transparent powder→curing→spraying a color celluloid paint→curing, wherein in the process of spraying a color celluloid paint, a rotary cup spray gun is adopted for spraying, the revolving speed is 25000 R/min, the forming gas is 2~3 bar, and the paint output pressure is 4~5 bar, thereby ensuring that the color celluloid paint is uniformly and fully sprayed on the surface of the hub; and wherein in the process of curing the color celluloid paint, the temperature of the workpiece is controlled at 150°C for 10~15 min, so that the color celluloid paint has better flexibility and coating adhesion. wherein the method comprises the steps of: pretreating→drying→spraying base powder→ curing→spraying a black paint→curing→machining a turned glossy surface→pretreating→ drying→spraying transparent powder→curing→spraying a color celluloid paint→curing, wherein in the process of spraying a color celluloid paint, a rotary cup spray gun is adopted for spraying, the revolving speed is 25000 R/min, the forming gas is 2~3 bar, and the paint output pressure is 4~5 bar, thereby ensuring that the color celluloid paint is uniformly and fully sprayed on the surface of the hub; and wherein in the process of curing the color celluloid paint, the temperature of the workpiece is controlled at 150°C for 10~15 min, so that the color celluloid paint has better flexibility and coating adhesion.
A rotation indicator for mounting on and indicating the rotational position of a nut, the rotation indicator comprising: (i) an annular body defining a void to receive the nut , an inside surface adapted to engage with the nut and prevent or impede relative rotational movement between the position indicator and the nut wherein said inside surface includes teeth or grooves , a first end comprising a male member and a second end comprising a female member ; (ii) a clamping means operable in a single operation to reduce the size of the void, frictionally engage the male and female members and apply a clamping force to the nut; and (iii) an indicating element for visually indicating the rotational position of the nut wherein the clamping means comprises first and second grip points positioned in opposed relationship and defining sections adapted to be finger operable to engage the male and female members to apply the clamping force. (i) an annular body defining a void to receive the nut , an inside surface adapted to engage with the nut and prevent or impede relative rotational movement between the position indicator and the nut wherein said inside surface includes teeth or grooves , a first end comprising a male member and a second end comprising a female member ; (ii) a clamping means operable in a single operation to reduce the size of the void, frictionally engage the male and female members and apply a clamping force to the nut; and (iii) an indicating element for visually indicating the rotational position of the nut
A communication method, comprising: generating (S301), by a first artificial intelligence, AI, protocol layer of a core network element, an AI parameter, wherein the first AI protocol layer of the core network element is the protocol layer above a next generation application protocol, NGAP, protocol layer of the core network element; sending (S302), by the core network element, the AI parameter to a first access network device, wherein the AI parameter is for indicating AI data that needs to be obtained and an obtaining manner of the AI data; and receiving (S304), by the core network element, the AI data from the first access network device; characterized in that after the generating, by a first artificial intelligence AI protocol layer of a core network element, an AI parameter, the communication method further comprises: encapsulating, by the first AI protocol layer of the core network element, the AI parameter into a first AI protocol data unit, AI PDU; and sending, by the first AI protocol layer of the core network element, the first AI PDU to the NGAP protocol layer of the core network element. generating (S301), by a first artificial intelligence, AI, protocol layer of a core network element, an AI parameter, wherein the first AI protocol layer of the core network element is the protocol layer above a next generation application protocol, NGAP, protocol layer of the core network element; sending (S302), by the core network element, the AI parameter to a first access network device, wherein the AI parameter is for indicating AI data that needs to be obtained and an obtaining manner of the AI data; and receiving (S304), by the core network element, the AI data from the first access network device; characterized in that after the generating, by a first artificial intelligence AI protocol layer of a core network element, an AI parameter, the communication method further comprises: encapsulating, by the first AI protocol layer of the core network element, the AI parameter into a first AI protocol data unit, AI PDU; and sending, by the first AI protocol layer of the core network element, the first AI PDU to the NGAP protocol layer of the core network element. encapsulating, by the first AI protocol layer of the core network element, the AI parameter into a first AI protocol data unit, AI PDU; and sending, by the first AI protocol layer of the core network element, the first AI PDU to the NGAP protocol layer of the core network element.