mhurhangee/patent-ind-claim-en huggingface dataset:
A toy track comprising a supporting piece and a connecting piece, wherein the connecting piece comprises a flexible tube , a first connector , and a second connector , wherein the first connector and the second connector are respectively connected to two ends of the flexible tube and coaxially arranged with respect to the flexible tube , the first connector is provided with a plug-in groove , the second connector is provided with a plug-in convex part matched with the plug-in groove , the flexible tube has a first annular outer diameter (D1), the first connector has a second annular outer diameter (D2), the second connector has a third annular outer diameter (D3), the first annular outer diameter (D1), the second annular outer diameter (D2), and the third annular outer diameter (D3) are equal to each other, so that a surface of the flexible tube , a surface of the first connector , and a surface of the second connector are on a same annular surface after the plug-in convex part is plugged into the plug-in groove , and a plurality of clamping grooves with intervals are arranged on the supporting piece , and the size of each of the clamping grooves is matched with the first annular outer diameter (D1), characterized in that the supporting piece comprises a circular body/elliptical body, and three or more clamping grooves are arranged on an inner wall of the circular body/elliptical body.
A plasma treatment apparatus comprising: a wafer transfer tray having a first surface and a second surface opposite to the first surface, and configured to hold a wafer (W) on the first surface; a cooling unit configured to cool the wafer transfer tray ; a conductive supporter configured to support the second surface of the wafer transfer tray ; and a double-surface electrostatic attractor configured to monopolarly-electrostatically attract the wafer (W) to the first surface of the wafer transfer tray and to monopolarly-electrostatically attract the supporter to the second surface of the wafer transfer tray , the double-surface electrostatic attractor comprising a conductive member formed of a conductive layer or a conductor, wherein the conductive member and the supporter are attracted to each other via an insulating laver, a direct current voltage application unit configured to apply a direct current voltage is connected to the double-surface electrostatic attractor and a ground section is connected to the supporter such that the supporter has a ground potential with respect to the direct current voltage. a wafer transfer tray having a first surface and a second surface opposite to the first surface, and configured to hold a wafer (W) on the first surface; a cooling unit configured to cool the wafer transfer tray ; a conductive supporter configured to support the second surface of the wafer transfer tray ; and a double-surface electrostatic attractor configured to monopolarly-electrostatically attract the wafer (W) to the first surface of the wafer transfer tray and to monopolarly-electrostatically attract the supporter to the second surface of the wafer transfer tray , the double-surface electrostatic attractor comprising a conductive member formed of a conductive layer or a conductor, wherein the conductive member and the supporter are attracted to each other via an insulating laver, a direct current voltage application unit configured to apply a direct current voltage is connected to the double-surface electrostatic attractor and a ground section is connected to the supporter such that the supporter has a ground potential with respect to the direct current voltage.
A device for drug injection comprising: a cartridge comprising a reservoir having a lengthwise axis and an injection needle extending from, and formed in one piece with, the reservoir , a portion of the injection needle being bent relative to the lengthwise axis, the reservoir and the injection needle defining a fluid path to carry an injection fluid from the reservoir to a patient at an injection point, the cartridge , including the reservoir , the injection needle and the injection fluid therein, being insertable and removable from the device in a sealed, sterile state; and a drive chain mechanically connected to the inserted cartridge , the drive chain comprising a coiled spring and a motion translation unit , characterised in that the motion translation unit is configured to translate rotary uncoiling of the spring to a lowering motion of the cartridge and needle to move the needle to the injection point and subsequently translates further rotary uncoiling of the spring to an opposite raising motion of the cartridge and needle , the mechanical connection between the drive chain and the cartridge being external to the fluid path, thereby maintaining the fluid path sterility. a cartridge comprising a reservoir having a lengthwise axis and an injection needle extending from, and formed in one piece with, the reservoir , a portion of the injection needle being bent relative to the lengthwise axis, the reservoir and the injection needle defining a fluid path to carry an injection fluid from the reservoir to a patient at an injection point, the cartridge , including the reservoir , the injection needle and the injection fluid therein, being insertable and removable from the device in a sealed, sterile state; and a drive chain mechanically connected to the inserted cartridge , the drive chain comprising a coiled spring and a motion translation unit , characterised in that the motion translation unit is configured to translate rotary uncoiling of the spring to a lowering motion of the cartridge and needle to move the needle to the injection point and subsequently translates further rotary uncoiling of the spring to an opposite raising motion of the cartridge and needle , the mechanical connection between the drive chain and the cartridge being external to the fluid path, thereby maintaining the fluid path sterility.
A computing device having a processor , the computing device comprising: an image collection module configured to receive an input image of a plurality of physical notes; a note identification module , implemented by the processor , configured to process the input image to identify, at least some of the plurality of physical notes in the input image; and a user interface configured to display the input image and indications indicative of the identified physical notes, wherein the user interface is further configured to receive a user input indicating a position in the input image, and characterised in that the note identification module is further configured to identify, based on the position, a missed one of the physical notes in the input image that was not identified by the note identification module when processing the input image. an image collection module configured to receive an input image of a plurality of physical notes; a note identification module , implemented by the processor , configured to process the input image to identify, at least some of the plurality of physical notes in the input image; and a user interface configured to display the input image and indications indicative of the identified physical notes, wherein the user interface is further configured to receive a user input indicating a position in the input image, and characterised in that the note identification module is further configured to identify, based on the position, a missed one of the physical notes in the input image that was not identified by the note identification module when processing the input image.
A process for manufacturing a black tea product, the process comprising the step of heating a black leaf tea starting material having a moisture content of less than 10 wt.% at a temperature of 55°C to 90°C for at least 20 hours.
A method of handling safety in a working area of an industrial system , wherein a plurality of machines are arranged to operate in the working area , at least one manually operable safety input device is provided in the working area , and one or more of the machines is mobile and movable to different positions in the working area , the method comprising: - continuously or repeatedly determining whether one or more of the machines is in proximity to one or more of the at least one safety input device ; characterized in that the method further comprises: - associating a plurality of machines with at least one safety input device upon determining that a plurality of the machines are in proximity to one or more of the at least one safety input device , such that the plurality of associated machines can be brought to a safe state by means of the at least one safety input device . - continuously or repeatedly determining whether one or more of the machines is in proximity to one or more of the at least one safety input device ; - associating a plurality of machines with at least one safety input device upon determining that a plurality of the machines are in proximity to one or more of the at least one safety input device , such that the plurality of associated machines can be brought to a safe state by means of the at least one safety input device .
A fixing device comprising: a fixing belt arranged rotatably; a pressuring member coming into pressure contact with the fixing belt to form a fixing nip and arranged rotatably; a driving member arranged so as to sandwich the fixing belt with the pressuring member and rotating the fixing belt ; and a slide contact member arranged so as to sandwich the fixing belt with the pressuring member and coming into slide contact with the fixing belt ; characterised by a heat source contained in the driving member ; and a winding member located at an opposite side to the pressuring member across the driving member and arranged so as to sandwich the fixing belt with the driving member , wherein the fixing belt is engaged around the driving member and slide contact member with a state having looseness at an opposite portion to a portion forming the fixing nip wherein the fixing belt has: a recording medium passing region (R1), on which the recording medium is passed; and a recording medium non-passing region (R2) arranged outside the recording medium passing region (R1), the winding member comes into contact with the recording medium passing region (R1) and recording medium non-passing region (R2). a fixing belt arranged rotatably; a pressuring member coming into pressure contact with the fixing belt to form a fixing nip and arranged rotatably; a driving member arranged so as to sandwich the fixing belt with the pressuring member and rotating the fixing belt ; and a slide contact member arranged so as to sandwich the fixing belt with the pressuring member and coming into slide contact with the fixing belt ; characterised by a heat source contained in the driving member ; and a winding member located at an opposite side to the pressuring member across the driving member and arranged so as to sandwich the fixing belt with the driving member , wherein the fixing belt is engaged around the driving member and slide contact member with a state having looseness at an opposite portion to a portion forming the fixing nip wherein the fixing belt has: a recording medium passing region (R1), on which the recording medium is passed; and a recording medium non-passing region (R2) arranged outside the recording medium passing region (R1), a recording medium passing region (R1), on which the recording medium is passed; and a recording medium non-passing region (R2) arranged outside the recording medium passing region (R1), the winding member comes into contact with the recording medium passing region (R1) and recording medium non-passing region (R2).
A roller provided with woven fabric at a surface thereof; and this woven fabric is woven fabric produced by variation of weave pattern or combination of weave patterns, comprising weaving in which warp yarn and weft yarn of said weaving cause formation of lattice-like open holes or a more or less rectangular pattern that controls air permeability, characterized in that said weaving forms a pattern in a more or less linear pattern of bands or at least two different patterns, and constituted from a gap-forming portion that is a region forming a more or less rectangular pattern in which said warp yarn and said weft yarn of said weaving cause said formation of lattice-like open holes or a more or less rectangular pattern that controls air permeability and a non-gap-forming portion that is a region forming a more or less rectangular pattern in which yarns of the woven fabric mutually approach or come in contact.
A method of assigning downlink transmit power levels to a plurality of radio nodes, RNs , in a radio access network, RAN , deployed in a defined environment , comprising: (a) assigning initial power levels to each of the RNs in the deployed RAN ; (b) for each cell associated with the RNs , counting a number of first events indicating that UEs receiving a signal from their serving cells with a signal strength below a specified value have entered a coverage hole (510; 710); (c) for each cell associated with the RNs , counting a number of second events indicating that UEs have re-established a previous connection on one of the cells; (d) for each pair of cells i and j in the RAN , identifying a coverage hole (510; 710) between a cell i and a cell j in the RAN if a number of first events counted for cell i exceeds a threshold level and a number of second events counted for re-establishment of a previous connection on cell j from a disconnect on cell i exceeds another threshold level; and (e) for each of the identified coverage holes (510; 710), increasing the downlink transmit power level of at least one of the RNs associated with the pair of cells between which the coverage hole (510; 710) has been identified. (a) assigning initial power levels to each of the RNs in the deployed RAN ; (b) for each cell associated with the RNs , counting a number of first events indicating that UEs receiving a signal from their serving cells with a signal strength below a specified value have entered a coverage hole (510; 710); (c) for each cell associated with the RNs , counting a number of second events indicating that UEs have re-established a previous connection on one of the cells; (d) for each pair of cells i and j in the RAN , identifying a coverage hole (510; 710) between a cell i and a cell j in the RAN if a number of first events counted for cell i exceeds a threshold level and a number of second events counted for re-establishment of a previous connection on cell j from a disconnect on cell i exceeds another threshold level; and (e) for each of the identified coverage holes (510; 710), increasing the downlink transmit power level of at least one of the RNs associated with the pair of cells between which the coverage hole (510; 710) has been identified.
A method for self-localization in a navigation environment , in which a respective fiducial marker (16a-c) is attached at a plurality of positions, each of which comprises at least three reference features of known positions within the fiducial marker that enable a pose determination in the manner of the tripod, wherein a fiducial marker (16a-c) is detected with an optical code reader and the code content thereof is read, characterized in that the position of the fiducial marker (16a-c) is determined from the code content by attaching the fiducial markers (16a-c) in groups of at least three, wherein a value range of the code content of the fiducial markers (16a-c) is smaller than the number of positions having a fiducial marker (16a-c), and the code contents of the at least three fiducial markers (16a-c) of a group are combined to form a combination code and thus together unambiguously designate the position of the group .
A connector assembly (1 14) for voltage monitoring battery cells of a battery module , the connector assembly comprising: a connector having a plurality of terminals; a plurality of buss bars ; and a wire assembly extending from the connector along a wire axis to the buss bars , the wire assembly having a plurality of wires extending between a terminal end and a buss bar end , the terminal end being terminated to a corresponding terminal , the buss bar end being configured to be terminated to a voltage sensor associated with a corresponding buss bar of the battery module, the buss bar end being folded over such that the buss bar end extends at a transverse angle relative to the wire axis, the buss bar end being staggered along the wire axis at different depths from the connector; characterized in that the bus bar further includes a strain relief tab and the buss bar end has an exposed conductor for termination to the voltage sensor and a strain relief segment proximate the exposed conductor, the strain relief segment being configured to be fixed to the buss bar by the strain relief tab of the buss bar to hold the exposed conductor relative to the buss bar for termination to the voltage sensor, thereby to reduce strain at the connection point of the wire to the voltage sensor . a connector having a plurality of terminals; a plurality of buss bars ; and a wire assembly extending from the connector along a wire axis to the buss bars , the wire assembly having a plurality of wires extending between a terminal end and a buss bar end , the terminal end being terminated to a corresponding terminal , the buss bar end being configured to be terminated to a voltage sensor associated with a corresponding buss bar of the battery module, the buss bar end being folded over such that the buss bar end extends at a transverse angle relative to the wire axis, the buss bar end being staggered along the wire axis at different depths from the connector; characterized in that the bus bar further includes a strain relief tab and the buss bar end has an exposed conductor for termination to the voltage sensor and a strain relief segment proximate the exposed conductor, the strain relief segment being configured to be fixed to the buss bar by the strain relief tab of the buss bar to hold the exposed conductor relative to the buss bar for termination to the voltage sensor, thereby to reduce strain at the connection point of the wire to the voltage sensor .
A shovel comprising: a traveling body ; an upper turning body turnably provided on the traveling body ; an attachment including a boom , an arm , and a bucket and attached to the upper turning body ; characterised by a slip controlling part configured to correct a motion of the attachment such that F 1 sinη 1 < μMg holds, where η 1 is an angle formed by a boom cylinder of the attachment and a vertical axis, F 1 is a force exerted on the upper turning body by the boom cylinder , μ is a coefficient of static friction, M is a weight of a vehicle body, and g is gravitational acceleration. a traveling body ; an upper turning body turnably provided on the traveling body ; an attachment including a boom , an arm , and a bucket and attached to the upper turning body ; characterised by a slip controlling part configured to correct a motion of the attachment such that F 1 sinη 1 < μMg holds, where η 1 is an angle formed by a boom cylinder of the attachment and a vertical axis, F 1 is a force exerted on the upper turning body by the boom cylinder , μ is a coefficient of static friction, M is a weight of a vehicle body, and g is gravitational acceleration.
A communication device for connecting a first user device, said user device authenticating and authorizing to a first core network, with a second core network for connecting to a public network; the communication device comprising: a first database storing a plurality of first user information including one or more user specific numbers and the address name of the communication device; a second database storing a plurality of second user and network specific information including a user specific number and the addresses of a second core networks; first signalling means to enable signalling between the first user device and the first database; a GTP proxy controller , GPC, configured to terminate a first GTP connection on the control plane and user plane between the first core network and the GPC and to create a second GTP connection on the control and user plane between the GPC and the second core network and to forward signalling and data packets from the first to the second connection and/or vice versa, wherein the communication device is configured to, upon receipt of a first request message at the first database, send a response message to the first core network and; the communication device is further configured to receive a second request message including a user specific number and the address name of the communication device, to select the second core network from a plurality of core networks by matching the user specific number and/or network specific information to one of the plurality of second user and/or second network specific information stored in the second database, and establish the second GTP connection by sending a third request message to the second core network. a first database storing a plurality of first user information including one or more user specific numbers and the address name of the communication device; a second database storing a plurality of second user and network specific information including a user specific number and the addresses of a second core networks; first signalling means to enable signalling between the first user device and the first database; a GTP proxy controller , GPC, configured to terminate a first GTP connection on the control plane and user plane between the first core network and the GPC and to create a second GTP connection on the control and user plane between the GPC and the second core network and to forward signalling and data packets from the first to the second connection and/or vice versa, wherein the communication device is configured to, upon receipt of a first request message at the first database, send a response message to the first core network and; the communication device is further configured to receive a second request message including a user specific number and the address name of the communication device, to select the second core network from a plurality of core networks by matching the user specific number and/or network specific information to one of the plurality of second user and/or second network specific information stored in the second database, and establish the second GTP connection by sending a third request message to the second core network.
An ophthalmosurgical injector with a cannula , a barrel , an outer plunger , which is mounted in the barrel in a longitudinally displaceable manner and together with the barrel delimits a barrel cavity which is arranged in the barrel and into which an intraocular lens can be introduced, characterized in that the injector comprised an inner plunger , which is mounted in the outer plunger in a longitudinally displaceable manner and together with the outer plunger delimits an outer plunger cavity which is arranged in the outer plunger and into which a liquid can be introduced, wherein the injector is designed such that a first movement, executed by the inner plunger relative to the outer plunger such that the outer plunger cavity becomes smaller, causes the liquid to flow from the outer plunger cavity into the barrel cavity via an opening arranged in the outer plunger , and a second movement, executed by the outer plunger relative to the barrel such that the barrel cavity becomes smaller, causes the intraocular lens to be pressed out of the barrel cavity and into the cannula .