mhurhangee/patent-ind-claim-en huggingface dataset:
A disconnect plunger for use in an integrated drive generator comprising: a plunger body extending between a first end and a second end , there being a cam surface formed on said second end, said cam surface having a cylindrical cam portion extending across said second end, and said cylindrical cam portion has a location formed at a first radius about a point spaced beyond said second end relative to said first end, and a first distance being defined from a second end facing surface of a cylindrical guide portion positioned intermediate the first and second end, and a ratio of said first radius to said first distance being between .230 and .250; and said point being spaced in a direction perpendicular to a center axis (C) of said plunger body, and measured from said center axis by a second distance, and a ratio of said second distance to said first radius being between .335 and .355; wherein an enlarged portion extends to said first end, and includes a notch to receive a solenoid plunger; and wherein an angle is defined by a first line (L 1 ) and a second line (L 2 ), said second line formed parallel to an angled cam face on said cam surface that extends from a cam surface end to said cylindrical cam portion, said first line being defined from a center axis of said plunger body perpendicular to a third line which extends from said center axis and bisects said notch, and said angle is between 5.3 and 7.3 degrees; a plunger body extending between a first end and a second end , there being a cam surface formed on said second end, said cam surface having a cylindrical cam portion extending across said second end, and said cylindrical cam portion has a location formed at a first radius about a point spaced beyond said second end relative to said first end, and a first distance being defined from a second end facing surface of a cylindrical guide portion positioned intermediate the first and second end, and a ratio of said first radius to said first distance being between .230 and .250; and said point being spaced in a direction perpendicular to a center axis (C) of said plunger body, and measured from said center axis by a second distance, and a ratio of said second distance to said first radius being between .335 and .355; wherein an enlarged portion extends to said first end, and includes a notch to receive a solenoid plunger; and wherein an angle is defined by a first line (L 1 ) and a second line (L 2 ), said second line formed parallel to an angled cam face on said cam surface that extends from a cam surface end to said cylindrical cam portion, said first line being defined from a center axis of said plunger body perpendicular to a third line which extends from said center axis and bisects said notch, and said angle is between 5.3 and 7.3 degrees;
A method of limiting surfactant migration on a topsheet, the method comprising the steps of: providing a nonwoven comprising a hydrophobic coating treatment or comprising a hydrophobic melt additive; and treating portions of the topsheet treated with the hydrophobic coating treatment or the hydrophobic melt additive with a surfactant; wherein the topsheet is treated to be hydrophobic by a treatment selected from the group consisting of petroleum-based hydrocarbons having from about 4 to about 32 carbon atoms, fatty alcohols having from about 12 to about 24 carbon atoms, polysiloxane compounds, fatty acid esters, alkyl ethoxylates, fatty alcohol ethers having from about 12 to about 28 carbon atoms in their fatty chain, lanolin and its derivatives, glyceride derivatives including acetoglycerides and ethoxylated glycerides of C12-C28 fatty acids, fatty amides, and combinations thereof; and wherein the nonwoven is treated with greater than 0.5 gsm of additive and the surfactant is between 0.5 gsm and 3 gsm. providing a nonwoven comprising a hydrophobic coating treatment or comprising a hydrophobic melt additive; and treating portions of the topsheet treated with the hydrophobic coating treatment or the hydrophobic melt additive with a surfactant; wherein the topsheet is treated to be hydrophobic by a treatment selected from the group consisting of petroleum-based hydrocarbons having from about 4 to about 32 carbon atoms, fatty alcohols having from about 12 to about 24 carbon atoms, polysiloxane compounds, fatty acid esters, alkyl ethoxylates, fatty alcohol ethers having from about 12 to about 28 carbon atoms in their fatty chain, lanolin and its derivatives, glyceride derivatives including acetoglycerides and ethoxylated glycerides of C12-C28 fatty acids, fatty amides, and combinations thereof; and wherein the nonwoven is treated with greater than 0.5 gsm of additive and the surfactant is between 0.5 gsm and 3 gsm.
Radial shaft seal with at least one sealing lip of elastomeric material, which on its inner side facing the shaft to be sealed has a first circumferential ring , which in the installation position rests against the shaft and seals against the medium side , return elements arranged over the circumference of the sealing lip , which are provided on the side of the first ring facing the air side and convey leakage medium towards the medium side independently of the direction of rotation of the shaft, and at least one second circulating ring which is provided on the side of the first ring facing the air side and has further return elements on its air side , characterised in that the second ring is provided on its side facing the medium side with bulges which are arranged distributed over its circumference and extend in the direction of the first ring .
A micro switch , comprising: a casing , formed with a space ; a circuit board , assembled with the casing , and the circuit board comprising a first side , a plurality of first printed circuits arranged on the first side , at least one first resistor disposed on the first side and forming a conductive relationship with two of the plurality of first printed circuits , and a trigger structure located on the first side , wherein a part of the first side at least partially faces the space , and a switching assembly , comprising an elastic member located in the space , and an operating member connected with the elastic member and extending out of the casing for pressing, wherein the operating member comprises a displacement stroke in the space , the operating member contacts the trigger structure while moving along the displacement stroke , characterized in that , the two of the plurality of first printed circuits extend out of the casing to be served as at least two first conductive pins of the micro switch , and at least two first electrical signals are generated from the at least two first conductive pins which are controlled by the plurality of first printed circuits , the first resistor , and the trigger structure , resistance values of the at least the two first electrical signals are different; and one of the two first electrical signals generated by the two first conductive pins being changed to an other one of the two first electrical signals. a casing , formed with a space ; a circuit board , assembled with the casing , and the circuit board comprising a first side , a plurality of first printed circuits arranged on the first side , at least one first resistor disposed on the first side and forming a conductive relationship with two of the plurality of first printed circuits , and a trigger structure located on the first side , wherein a part of the first side at least partially faces the space , and a switching assembly , comprising an elastic member located in the space , and an operating member connected with the elastic member and extending out of the casing for pressing, wherein the operating member comprises a displacement stroke in the space , the operating member contacts the trigger structure while moving along the displacement stroke , characterized in that , the two of the plurality of first printed circuits extend out of the casing to be served as at least two first conductive pins of the micro switch , and at least two first electrical signals are generated from the at least two first conductive pins which are controlled by the plurality of first printed circuits , the first resistor , and the trigger structure , resistance values of the at least the two first electrical signals are different; and one of the two first electrical signals generated by the two first conductive pins being changed to an other one of the two first electrical signals.
A heat exchanger comprising: • housing ; • a heat exchanger core comprising a plurality of heat exchanger tubes ; • a pair of collector plates disposed at end portions of the heat exchanger tubes , the pair of collector plates is configured with slots respectively adapted to receive respective end portions of the heat exchanger tubes ; and • a pair of tanks connected to the respective collector plates , characterized in that the end portions of each of the plurality of heat exchanger tubes comprises respective tabs configured thereon, the tabs are configured on at least one pair of opposite sides of section at the respective end portions of the heat exchange tube and are adapted to fuse to form a part of welding joint between the end portions of the heat exchange tube and inside walls of the corresponding slots on the collector plates . • housing ; • a heat exchanger core comprising a plurality of heat exchanger tubes ; • a pair of collector plates disposed at end portions of the heat exchanger tubes , the pair of collector plates is configured with slots respectively adapted to receive respective end portions of the heat exchanger tubes ; and • a pair of tanks connected to the respective collector plates ,
Diving apparatus comprising an air pump having a rigid housing with an interior space , which extends along a longitudinal axis of the housing from an interior-space beginning to an interior-space end and, disposed in a region of the interior-space end , an opening , which is closed by a bag-like flexible part in order to form a variable pump volume, which is bounded by the housing and the flexible part , wherein the air pump is designed in such a way that, in the event of an overpressure caused by surrounding water , the flexible part is pressed into the interior space , with reduction of the pump volume and abuts at least in portions upon an inner wall of the housing in a contact portion of the interior space , in order to compress air in the pump volume and to supply it from a region of the interior-space beginning via a breathing line to a diver , wherein the contact portion extends along the longitudinal axis from the interior-space end in the direction of the interior-space beginning up to a maximum height , wherein the flexible part can be pulled out of the interior space against the overpressure by muscle power of the diver and with increase of the pump volume, in order to suck in air via an air-supply line from above a water level of the water , characterized in that an air duct is provided, which is designed in such a way that, during the suction, the air is able to flow from the region of the interior-space end in the direction of the interior-space beginning at least into a region of the maximum height , preferably into the region of the interior-space beginning , and into the interior space .
A system with a rotationally-driven container conveying unit by means of which containers are conveyed between at least one container feed location and at least one container removal location , and with a printing device for printing on containers in the container conveying unit, with a plurality of processing tools and at least one housing for housing a container ; at least one processing tool is a print head, each housing comprising a hollow body, which is partially open at least in a printing area and which is used for accommodating the container , the opening for the printing area defining a radially outwardly pointing front side; and a side located opposite the front side defining a rear side, and the processing tools are arranged on the outer side of the rotationally-driven container conveying unit such that they rotate together therewith either fixedly associated with a container position or arranged such that they can flexibly be associated with a plurality of container positions, and the housing being configured such that various processing tools can releasably be attached to the opening of the partially open hollow body, wherein the following processing tools being used individually or in combination: single-color or multi-color inkjet print heads; inkjet print heads for a priming coat and/or adhesive agents; a UV lamp; a surface conditioning device; a surface sealing device; and an extraction by suction unit. single-color or multi-color inkjet print heads; inkjet print heads for a priming coat and/or adhesive agents; a UV lamp; a surface conditioning device; a surface sealing device; and an extraction by suction unit.
A method, comprising: receiving a higher-layer signaling from a base station by a user equipment, UE , in a mobile communication network to determine whether multiuser superposition transmission, MUST, is enabled; receiving a physical-layer control signaling containing MUST-related information if MUST is enabled, wherein the physical-layer control signaling indicates whether MUST exists on allocated resource blocks; deriving an amount of power allocated to the UE and a co-channel UE on the allocated resource blocks, wherein the power allocated to the UE is based on a first value for a data to pilot, D2P, ratio of the UE if MUST exists and is based on a second value for a data to pilot, D2P, ratio of the UE if MUST does not exist; and decoding data information intended to the UE according to the derived power information. receiving a higher-layer signaling from a base station by a user equipment, UE , in a mobile communication network to determine whether multiuser superposition transmission, MUST, is enabled; receiving a physical-layer control signaling containing MUST-related information if MUST is enabled, wherein the physical-layer control signaling indicates whether MUST exists on allocated resource blocks; deriving an amount of power allocated to the UE and a co-channel UE on the allocated resource blocks, wherein the power allocated to the UE is based on a first value for a data to pilot, D2P, ratio of the UE if MUST exists and is based on a second value for a data to pilot, D2P, ratio of the UE if MUST does not exist; and decoding data information intended to the UE according to the derived power information.
A sheet processing apparatus , comprising: a processing unit having, at a front side of the sheet processing apparatus , an opening through which a sheet is fed in the sheet processing apparatus or fed out from the sheet processing apparatus ; a storage chamber which is provided below the processing unit and configured to store the sheet fed in the sheet processing apparatus , wherein the storage chamber has a back door disposed at an opening part of a back side of the storage chamber , wherein the back door for opening and closing the opening part of the back side of the storage chamber is capable of being locked; a first attachment unit which is provided at an outer surface of the back side of the storage chamber and to which a container is capable of being detachably mounted, wherein the container is configured to store therein the sheet fed in the sheet processing apparatus ; and a control unit configured to control transport of the sheet between the container which is mounted to the first attachment unit and the storage chamber , characterized in that the sheet processing apparatus further comprises a first cover which is provided at the back side of the storage chamber to cover the back side of the storage chamber , wherein the first attachment unit is configured to be covered by the first cover when the first cover is closed, wherein the first cover is configured to be unclosable when the container is mounted to the first attachment unit . a processing unit having, at a front side of the sheet processing apparatus , an opening through which a sheet is fed in the sheet processing apparatus or fed out from the sheet processing apparatus ; a storage chamber which is provided below the processing unit and configured to store the sheet fed in the sheet processing apparatus , wherein the storage chamber has a back door disposed at an opening part of a back side of the storage chamber , wherein the back door for opening and closing the opening part of the back side of the storage chamber is capable of being locked; a first attachment unit which is provided at an outer surface of the back side of the storage chamber and to which a container is capable of being detachably mounted, wherein the container is configured to store therein the sheet fed in the sheet processing apparatus ; and a control unit configured to control transport of the sheet between the container which is mounted to the first attachment unit and the storage chamber , characterized in that the sheet processing apparatus further comprises a first cover which is provided at the back side of the storage chamber to cover the back side of the storage chamber , wherein the first attachment unit is configured to be covered by the first cover when the first cover is closed, wherein the first cover is configured to be unclosable when the container is mounted to the first attachment unit .
A powdered cooked-rice improver containing low-decomposition starch and dextrin at a ratio from 1:9 to 9:1 in a mass ratio, wherein the low-decomposition starch has a molecular weight of 500,000 to 5,000,000, and the dextrin has a DE value greater than one and equal to or lower than fifty , and wherein a percentage of the powdered cooked-rice improver left on a sifter with a 0.5mm opening is less than 5%.
A roller assembly, comprising: a housing having an outer surface attached thereto; an axle extending through the housing having a first portion and a second portion translatable relative to one another in an axial direction; a braking arrangement positioned at least partially within the housing and configured to increase resistance to rotation of the housing proportionally to a load applied against the outer surface,wherein the first portion of the axle and the second portion of the axle are configured to apply a compressive force to the braking arrangement proportional to the load applied against the outer surface. a housing having an outer surface attached thereto; an axle extending through the housing having a first portion and a second portion translatable relative to one another in an axial direction; a braking arrangement positioned at least partially within the housing and configured to increase resistance to rotation of the housing proportionally to a load applied against the outer surface,wherein the first portion of the axle and the second portion of the axle are configured to apply a compressive force to the braking arrangement proportional to the load applied against the outer surface.
A railroad track inspection system comprising: (a) a plurality of track scanning sensors comprising one or more visual imaging sensor and one or more track geometry measurement sensor system arranged to perform three dimensional surface profile measurement; (b) a data store for storing track scan data recorded by the track scanning sensors; (c) one or more inertial sensor ; (d) a scan data processor arranged to perform automatic analysis of said track scan data from the data store upon receipt thereof to detect one or more track components within the scan data from a predetermined list of component types according to one or more features identified in said scan data, wherein the scan data processor is arranged to receive the output of the one or more inertial sensor and the geometry measurement sensor system so as to determine a three-dimensional position of track components in space (e) a common support structure to which the track scanning sensors, the data store , the one or more inertial sensor and scan data processor are attached, the common support structure having a mount configured for attachment of the common support structure of the system to a railway vehicle. (a) a plurality of track scanning sensors comprising one or more visual imaging sensor and one or more track geometry measurement sensor system arranged to perform three dimensional surface profile measurement; (b) a data store for storing track scan data recorded by the track scanning sensors; (c) one or more inertial sensor ; (d) a scan data processor arranged to perform automatic analysis of said track scan data from the data store upon receipt thereof to detect one or more track components within the scan data from a predetermined list of component types according to one or more features identified in said scan data, wherein the scan data processor is arranged to receive the output of the one or more inertial sensor and the geometry measurement sensor system so as to determine a three-dimensional position of track components in space (e) a common support structure to which the track scanning sensors, the data store , the one or more inertial sensor and scan data processor are attached, the common support structure having a mount configured for attachment of the common support structure of the system to a railway vehicle.
A composition comprising a plurality of liposomes, wherein the liposomes comprise phosphatidylcholine (PC) and lysophosphatidylserine (lyso-PS), wherein the molar ratio of PC to lyso-PS is from 90:10 to 60:40, and wherein the acyl chain of the lyso-PS is oleic acid.
A method for wireless communication performed by a user equipment, UE, comprising: identifying two or more bearers for an uplink data transmission from the UE to a base station, each bearer having a bearer type which corresponds to a specific network service configured to be provided by the bearer to meet a quality of service, QoS, for the network service; associating one or more different transmission time interval , TTI, durations with each of the two or more bearers; prioritizing each bearer of the two or more bearers based at least in part on the associated one or more TTI durations or the bearer type; transmitting the uplink data transmission during an uplink TTI based at least in part on the prioritization; determining a second transmission of a second bearer type having a second TTI is to be transmitted prior to completion of an ongoing first transmission of a first bearer type having a first TTI that is longer than the second TTI; determining whether to include or exclude buffer information associated with the ongoing first transmission of the first bearer type in a buffer status report, BSR, based at least in part on a specified configuration or a configuration received in radio resource control, RRC, signaling; and transmitting the BSR in the second transmission. identifying two or more bearers for an uplink data transmission from the UE to a base station, each bearer having a bearer type which corresponds to a specific network service configured to be provided by the bearer to meet a quality of service, QoS, for the network service; associating one or more different transmission time interval , TTI, durations with each of the two or more bearers; prioritizing each bearer of the two or more bearers based at least in part on the associated one or more TTI durations or the bearer type; transmitting the uplink data transmission during an uplink TTI based at least in part on the prioritization; determining a second transmission of a second bearer type having a second TTI is to be transmitted prior to completion of an ongoing first transmission of a first bearer type having a first TTI that is longer than the second TTI; determining whether to include or exclude buffer information associated with the ongoing first transmission of the first bearer type in a buffer status report, BSR, based at least in part on a specified configuration or a configuration received in radio resource control, RRC, signaling; and transmitting the BSR in the second transmission.