mhurhangee/patent-ind-claim-en huggingface dataset:
Grate block as part of an incineration grate in a plant for the thermal treatment of waste, in which the grate blocks are arranged one above the other in a staircase-like manner and are designed in such a way that the material to be incinerated is rearranged during incineration by means of thrust movements carried out relative to one another and conveyed in a conveying direction F, wherein the grate block comprises a block body designed as a casting with the following components: a rear end and a front end opposite the rear end in the conveying direction F, an upper wall extending substantially parallel to a longitudinal axis L of the block body and forming a rear support surface for the waste to be treated, wherein the rear support surface defines a substantially horizontal plane , and a nose arranged in the region of the front end and raised relative to the horizontal plane , wherein the raised nose has a front support surface which rises in the conveying direction F up to a culmination point and a descending end section which adjoins the front support surface after the culmination point , wherein the descending end section comprises a discharge surface which descends in a substantially arcuate manner in the conveying direction F, characterized in that , viewed in longitudinal section along the conveying direction F, the front support surface is S-shaped. a rear end and a front end opposite the rear end in the conveying direction F, an upper wall extending substantially parallel to a longitudinal axis L of the block body and forming a rear support surface for the waste to be treated, wherein the rear support surface defines a substantially horizontal plane , and a nose arranged in the region of the front end and raised relative to the horizontal plane , wherein the raised nose has a front support surface which rises in the conveying direction F up to a culmination point and a descending end section which adjoins the front support surface after the culmination point , wherein the descending end section comprises a discharge surface which descends in a substantially arcuate manner in the conveying direction F, characterized in that , viewed in longitudinal section along the conveying direction F, the front support surface is S-shaped.
A sensor device comprising: a casing provided with a window portion ; and an optical device accommodated in the casing , the optical device scanning an object with an electromagnetic wave transmitted through the window portion , the optical device having a field of view (F) that expands along at least one direction (X, Y), the device characterized in that an outer surface of the casing is provided with a first shape portion that is a recess or a protrusion and a second shape portion that is a recess or a protrusion, and when viewed from a direction (Z) perpendicular to the one direction (X, Y), the second shape portion is aligned with the first shape portion on a same straight line (L) as a virtual straight line passing through a center of the field of view (F) of the optical device , or along a direction parallel to the virtual straight line. a casing provided with a window portion ; and an optical device accommodated in the casing , the optical device scanning an object with an electromagnetic wave transmitted through the window portion , the optical device having a field of view (F) that expands along at least one direction (X, Y), the device characterized in that an outer surface of the casing is provided with a first shape portion that is a recess or a protrusion and a second shape portion that is a recess or a protrusion, and when viewed from a direction (Z) perpendicular to the one direction (X, Y), the second shape portion is aligned with the first shape portion on a same straight line (L) as a virtual straight line passing through a center of the field of view (F) of the optical device , or along a direction parallel to the virtual straight line.
A method for producing a cup for a capsule for the preparation of infused or soluble beverages, comprising the steps of: - co-injection molding of a cup of multilayer plastic material with an outer layer, an inner layer and an intermediate layer of the gas barrier type; said cup being a single body provided with an inlet opening and, on the opposite side, a bottom provided with a nozzle ; said cup having an inner base comprising a completely closed central portion covering the nozzle ; characterized in that it further comprises the step of: - partial cutting of the central portion to form at least one opening connecting the inside of the cup and the nozzle . - co-injection molding of a cup of multilayer plastic material with an outer layer, an inner layer and an intermediate layer of the gas barrier type; said cup being a single body provided with an inlet opening and, on the opposite side, a bottom provided with a nozzle ; said cup having an inner base comprising a completely closed central portion covering the nozzle ; characterized in that it further comprises the step of: - partial cutting of the central portion to form at least one opening connecting the inside of the cup and the nozzle .
A secondary battery comprising: a case comprising an opening ; an electrode assembly disposed within the case , the electrode assembly comprising a main body and two tabs , the two tabs extending outwards from two sides of the main body in an axial direction (X), respectively, and being both disposed facing the case ; a cap assembly comprising a cap plate , a lower insulating member and an explosion-proof valve , the cap plate sealing the opening , the explosion-proof valve being disposed on the cap plate , the lower insulating member being disposed on a side of the cap plate close to the electrode assembly , the lower insulating member comprising an inner side surface facing the main body , an outer side surface facing the cap plate , and a concave portion recessed from the inner side surface toward the outer side surface , the concave portion being in position corresponding to the explosion-proof valve , and the concave portion being used to buffer an amount of expansion and deformation of the main body ; and an insulating plate connected to the lower insulating member and located on a side of the lower insulating member close to the electrode assembly , the insulating plate comprising a shielding segment which at least partially shields the concave portion . a case comprising an opening ; an electrode assembly disposed within the case , the electrode assembly comprising a main body and two tabs , the two tabs extending outwards from two sides of the main body in an axial direction (X), respectively, and being both disposed facing the case ; a cap assembly comprising a cap plate , a lower insulating member and an explosion-proof valve , the cap plate sealing the opening , the explosion-proof valve being disposed on the cap plate , the lower insulating member being disposed on a side of the cap plate close to the electrode assembly , the lower insulating member comprising an inner side surface facing the main body , an outer side surface facing the cap plate , and a concave portion recessed from the inner side surface toward the outer side surface , the concave portion being in position corresponding to the explosion-proof valve , and the concave portion being used to buffer an amount of expansion and deformation of the main body ; and an insulating plate connected to the lower insulating member and located on a side of the lower insulating member close to the electrode assembly , the insulating plate comprising a shielding segment which at least partially shields the concave portion .
A method of monitoring nitric oxide administration to an ex vivo fluid for biological material preservation comprising: administering nitric oxide to an oxygenated ex vivo fluid comprising red blood cells by contacting the ex vivo fluid with a gas comprising a nitric oxide concentration in the range from 0.1 ppm to 300 ppm; monitoring methemoglobin in the ex vivo fluid; adjusting the nitric oxide administration if the methemoglobin levels meet or exceed a threshold of 12% as a percentage of methemoglobin relative to the red blood cells.
Waste collection facility comprising a main container , and one or more secondary container(s) , each provided with a device for assisting blind or partially-sighted persons, said device comprising: - means for receiving a predetermined signal from a transmitter worn by a blind or partially-sighted person ; - means for transmitting an acoustic message when such a signal is received; - the main container being the only container to transmit an acoustic message if the source of the signal received is located beyond a predetermined distance. - means for receiving a predetermined signal from a transmitter worn by a blind or partially-sighted person ; - means for transmitting an acoustic message when such a signal is received; - the main container being the only container to transmit an acoustic message if the source of the signal received is located beyond a predetermined distance.
An agricultural working machine comprising a cabin and a control unit , wherein the control unit is operatively connected to at least one optical sensor unit in order to detect the environment of the working machine , and an optical display device for projecting images detected by means of the at least one optical sensor unit and analysed by the control unit , characterized in that a sensor device is associated with the cabin and detects the position of the field of vision of an operative of the working machine , and in that the control unit is configured to analyse the signals from the sensor device in order to command the display device to adapt the displayed image to the position of the detected field of vision of the operative .
A method of performing a channel state report in a wireless communication system, the method performed by a user equipment and comprising: receiving downlink control information, DCI, for activating a semi-persistent channel state information, SP CSI, report; and deriving and reporting SP CSI based on a CSI-reference signal, CSI-RS, in response to the received DCI, wherein a time instance of firstly reporting the SP CSI is determined based on a timing offset (k) and a time instance (n) in which the DCI is received, the timing offset (k) being indicated by the DCI, and wherein the SP CSI is periodically reported with a configured period from the time instance of firstly reporting the SP CSI. receiving downlink control information, DCI, for activating a semi-persistent channel state information, SP CSI, report; and deriving and reporting SP CSI based on a CSI-reference signal, CSI-RS, in response to the received DCI, wherein a time instance of firstly reporting the SP CSI is determined based on a timing offset (k) and a time instance (n) in which the DCI is received, the timing offset (k) being indicated by the DCI, and wherein the SP CSI is periodically reported with a configured period from the time instance of firstly reporting the SP CSI.
Method for producing composite workpieces having at least one foam layer in a production plant which comprises: - a tool carrier which is formed from a top tool-carrier part and a bottom tool-carrier part and in which a top tool part and a bottom tool part , connected releasably to the latter, are accommodated, which together form a production tool , - a tool robot , - a foam robot for introducing a reaction mixture suitable for foaming, - a computer controller, wherein the method furthermore comprises the following method steps: - the tool robot removes the top tool-carrier part together with the top tool part out of the tool carrier and sets the top tool-carrier part down next to the bottom tool part accommodated in the bottom tool-carrier part , - at least one cavity of the top tool part and/or of the bottom tool part is equipped with at least one component of the composite workpiece, - the foam robot introduces the reaction mixture into the open bottom tool part by means of a mixing head, - the tool robot picks up the top tool-carrier part with the top tool part contained therein and joins it back to the bottom tool-carrier part and the bottom tool part accommodated therein, such that the production tool is closed during the foaming process. - a tool carrier which is formed from a top tool-carrier part and a bottom tool-carrier part and in which a top tool part and a bottom tool part , connected releasably to the latter, are accommodated, which together form a production tool , - a tool robot , - a foam robot for introducing a reaction mixture suitable for foaming, - a computer controller, - the tool robot removes the top tool-carrier part together with the top tool part out of the tool carrier and sets the top tool-carrier part down next to the bottom tool part accommodated in the bottom tool-carrier part , - at least one cavity of the top tool part and/or of the bottom tool part is equipped with at least one component of the composite workpiece, - the foam robot introduces the reaction mixture into the open bottom tool part by means of a mixing head, - the tool robot picks up the top tool-carrier part with the top tool part contained therein and joins it back to the bottom tool-carrier part and the bottom tool part accommodated therein, such that the production tool is closed during the foaming process.
A collapsible nasal ejecting catheter , can be adapted to a syringe for flushing the nasal cavity and nasopharynx, comprising a catheter body and a connector , the said catheter body including a distal end , a circular shape normal segment (NS), and an open end on the opposite side of the distal end as well as multiple side-holes near the distal end ; the said catheter body made of thermoplastic elastomer or other soft and elastic material, can be operated by the patients to insert into their nasal cavity and nasopharynx, characterized in that : the closed distal end is a flat closed distal end ; the catheter body includes a transitional segment (TS) comprising a flat closed segment (FCS) and a lumen containing oval shape oval segment (OS); and the maximum width of the transitional segment (TS) is not less than 1 mm, and the minimum wall thickness of the catheter wall is not larger than 0.45 mm so that the catheter can be inserted into a slit space smaller than the diameter of the circular shape normal segment. the closed distal end is a flat closed distal end ; the catheter body includes a transitional segment (TS) comprising a flat closed segment (FCS) and a lumen containing oval shape oval segment (OS); and the maximum width of the transitional segment (TS) is not less than 1 mm, and the minimum wall thickness of the catheter wall is not larger than 0.45 mm so that the catheter can be inserted into a slit space smaller than the diameter of the circular shape normal segment.
A recombinant resilin composition comprising a cross-linked recombinant resilin in a polar nonaqueous solvent selected from the group consisting of glycerol, propylene glycol, and ethylene glycol.
A method for using Diameter overload information for managing network virtualization, the method comprising: at a virtualization orchestrator, VO, for managing virtual networks within a telecommunications network and comprising a hardware processor: receiving Diameter overload information; determining a network virtualization operation to perform based on the received Diameter overload information, wherein determining the network virtualization operation to perform comprises using a rules engine for analyzing the received Diameter overload information and status of a current network topology of the telecommunications network and identifying the network virtualization operation to be performed based on the Diameter overload information and the status of the current network topology; and performing the network virtualization operation to direct the telecommunications network to deploy additional resources to mitigate a Diameter overload indicated by the Diameter overload information by deploying, in response to the Diameter overload indicated by the Diameter overload information, one or more additional gateways or one or more additional switches or both in the telecommunications network using one or more network virtualization modules. receiving Diameter overload information; determining a network virtualization operation to perform based on the received Diameter overload information, wherein determining the network virtualization operation to perform comprises using a rules engine for analyzing the received Diameter overload information and status of a current network topology of the telecommunications network and identifying the network virtualization operation to be performed based on the Diameter overload information and the status of the current network topology; and performing the network virtualization operation to direct the telecommunications network to deploy additional resources to mitigate a Diameter overload indicated by the Diameter overload information by deploying, in response to the Diameter overload indicated by the Diameter overload information, one or more additional gateways or one or more additional switches or both in the telecommunications network using one or more network virtualization modules.
A method of making a metal product, comprising the following steps: applying a first lubricant on a punch side of a sheet metal blank ; applying a second lubricant on a die side of the sheet metal blank ; drawing the sheet metal blank using a punch and a die to form the sheet metal blank into a metal product; ejecting the metal product from the die ; characterized in that the step of drawing the sheet metal blank is performed while controlling one or both of a first coefficient of friction between the punch side of the sheet metal blank and the punch and a second coefficient of friction between the die side of the sheet metal blank and the die such that the first coefficient of friction is greater than the second coefficient of friction; and the step of ejecting the metal product from the die is performed while controlling a third coefficient of friction between the metal product and the punch to be less than the first coefficient of friction; and wherein controlling the first coefficient of friction comprises applying a first electric current through the first lubricant or applying the first electric current through the second lubricant , and wherein controlling the third coefficient of friction comprises applying a second electric current through the first lubricant . applying a first lubricant on a punch side of a sheet metal blank ; applying a second lubricant on a die side of the sheet metal blank ; drawing the sheet metal blank using a punch and a die to form the sheet metal blank into a metal product; ejecting the metal product from the die ; characterized in that the step of drawing the sheet metal blank is performed while controlling one or both of a first coefficient of friction between the punch side of the sheet metal blank and the punch and a second coefficient of friction between the die side of the sheet metal blank and the die such that the first coefficient of friction is greater than the second coefficient of friction; and the step of ejecting the metal product from the die is performed while controlling a third coefficient of friction between the metal product and the punch to be less than the first coefficient of friction; and wherein controlling the first coefficient of friction comprises applying a first electric current through the first lubricant or applying the first electric current through the second lubricant , and wherein controlling the third coefficient of friction comprises applying a second electric current through the first lubricant .
A hinge assembly , comprising: a first mounting plate having a first female receptacle therein defining a first axis ; a second mounting plate having a second female receptacle therein defining a second axis ; a female friction hinge member having a recess defined therein, the recess extending perpendicular to the first axis and the second axis from an open first end to a closed second end, the female friction hinge member further having an elongated pin for mounting within the first female receptacle ; and a male friction hinge member having an elongated pin for mounting within the second female receptacle , the male friction hinge member further including an elongated extension member extending perpendicular to the first axis and the second axis , the elongated extension member coordinatedly coupled within the recess of the female friction hinge member so that the female friction hinge member and male friction hinge member rotate in unison. a first mounting plate having a first female receptacle therein defining a first axis ; a second mounting plate having a second female receptacle therein defining a second axis ; a female friction hinge member having a recess defined therein, the recess extending perpendicular to the first axis and the second axis from an open first end to a closed second end, the female friction hinge member further having an elongated pin for mounting within the first female receptacle ; and a male friction hinge member having an elongated pin for mounting within the second female receptacle , the male friction hinge member further including an elongated extension member extending perpendicular to the first axis and the second axis , the elongated extension member coordinatedly coupled within the recess of the female friction hinge member so that the female friction hinge member and male friction hinge member rotate in unison.