mhurhangee/patent-ind-claim-en huggingface dataset:
A base member (108; 1008; 1208) for a stemless humeral shoulder assembly, comprising: - a proximal end (124; 1024) comprising a peripheral member (140; 1040) and a central portion (130; 1030) configured to form at least partly a recess into which a mounting member of an anatomical or reverse shoulder joint interface is received when the mounting member is advanced within the base member (108; 1008; 1208); - a distal end (120; 1020) configured to be embedded in bone; and - a plurality of arms (128; 1028) projecting from the proximal end to the distal end, wherein each of the arms (128; 1028) of the plurality of arms is coupled with the peripheral member (140; 1040) at the proximal end (124; 1024), and the arms of the plurality of arms (128; 1028) are also joined to each other and the central portion (130; 1030) at the distal end (120; 1020), the arms of the plurality of arms being spaced apart in a circumferential direction, and wherein each of the arms of the plurality of arms (128; 1028) comprises a plurality of slots which are disposed between the proximal end (124; 1024) and the distal end (120; 1020) and which project laterally. - a proximal end (124; 1024) comprising a peripheral member (140; 1040) and a central portion (130; 1030) configured to form at least partly a recess into which a mounting member of an anatomical or reverse shoulder joint interface is received when the mounting member is advanced within the base member (108; 1008; 1208); - a distal end (120; 1020) configured to be embedded in bone; and - a plurality of arms (128; 1028) projecting from the proximal end to the distal end, wherein each of the arms (128; 1028) of the plurality of arms is coupled with the peripheral member (140; 1040) at the proximal end (124; 1024), and the arms of the plurality of arms (128; 1028) are also joined to each other and the central portion (130; 1030) at the distal end (120; 1020), the arms of the plurality of arms being spaced apart in a circumferential direction, and wherein each of the arms of the plurality of arms (128; 1028) comprises a plurality of slots which are disposed between the proximal end (124; 1024) and the distal end (120; 1020) and which project laterally.
Sorting machine for bar conductors , comprising - a rotor which is rotatable in two opposite directions about a rotation axis and has at least two receptacles for one bar conductor each, which receptacles are offset from one another in the circumferential direction, - a feed device , in particular a gripper , for bringing one bar conductor in each case to a receptacle of the rotor located at a receiving point , - a guide device for guiding the bar conductor , which is received at the receiving point by one of the receptacles , from the receptacle to a transfer point when the rotor is rotated in a first direction , - a discharge device for removing the bar conductor , which is received at the receiving point by one of the receptacles , from the receptacle when the rotor is rotated in a second direction . - a rotor which is rotatable in two opposite directions about a rotation axis and has at least two receptacles for one bar conductor each, which receptacles are offset from one another in the circumferential direction, - a feed device , in particular a gripper , for bringing one bar conductor in each case to a receptacle of the rotor located at a receiving point , - a guide device for guiding the bar conductor , which is received at the receiving point by one of the receptacles , from the receptacle to a transfer point when the rotor is rotated in a first direction , - a discharge device for removing the bar conductor , which is received at the receiving point by one of the receptacles , from the receptacle when the rotor is rotated in a second direction .
An apparatus to monitor a welding-type system , comprising: a test signal generator configured to output a test signal to a welding-type circuit ; and a lock-in amplifier configured to: receive a reference signal based on the test signal; measure a leakage current in the welding-type circuit based on the reference signal ; and generate an output signal representative of the leakage current. a test signal generator configured to output a test signal to a welding-type circuit ; and a lock-in amplifier configured to: receive a reference signal based on the test signal; measure a leakage current in the welding-type circuit based on the reference signal ; and generate an output signal representative of the leakage current. receive a reference signal based on the test signal; measure a leakage current in the welding-type circuit based on the reference signal ; and generate an output signal representative of the leakage current.
A trunk piston engine lubricating oil composition comprising (a) a major amount of a base stock containing at least 90% by weight saturated hydrocarbons as measured by ASTM D2007; and (b) a base stock having an aromatic content of at least 50% by weight as measured by ASTM D2007, wherein said base stock (b) is not an aromatic extract, wherein said base stock (b) is a medium cycle oil produced from a fluidized catalytic cracking system, and wherein said base stock (b) is present in an amount ranging from 1 % by weight to 45 % by weight, based on the total weight of the lubricating oil composition, wherein "medium cycle oil" refers to hydrocarbons having a boiling range distribution between 270 °F (132°C) and 900 °F (482°C), wherein medium cycle oil content is determined by ASTM Method D5307.
A locking pin system comprising: an actuator having an actuator body defining an axial bore along its length, a locking pin axially moveably mounted within the bore , and drive means for driving the locking pin axially along the bore between a locking position extending from the actuator body and an unlocking position relatively retracted into the actuator body; characterised in that : the drive means comprise engagement means for releasably engaging the locking pin, the engagement means being biased to an open position where they are not in engagement with the locking pin, and wherein the bore comprises a first section having a first diameter and a second section having a second, wider diameter, and wherein the bore and the engagement means are configured such that when the engagement means are located in the first section, the actuator body forces the engagement means to a closed position to engage with the locking pin and when the engagement means are in the second section, they return to the open position and out of engagement with the locking pin. an actuator having an actuator body defining an axial bore along its length, a locking pin axially moveably mounted within the bore , and drive means for driving the locking pin axially along the bore between a locking position extending from the actuator body and an unlocking position relatively retracted into the actuator body; characterised in that : the drive means comprise engagement means for releasably engaging the locking pin, the engagement means being biased to an open position where they are not in engagement with the locking pin, and wherein the bore comprises a first section having a first diameter and a second section having a second, wider diameter, and wherein the bore and the engagement means are configured such that when the engagement means are located in the first section, the actuator body forces the engagement means to a closed position to engage with the locking pin and when the engagement means are in the second section, they return to the open position and out of engagement with the locking pin. the drive means comprise engagement means for releasably engaging the locking pin, the engagement means being biased to an open position where they are not in engagement with the locking pin, and wherein the bore comprises a first section having a first diameter and a second section having a second, wider diameter, and wherein the bore and the engagement means are configured such that when the engagement means are located in the first section, the actuator body forces the engagement means to a closed position to engage with the locking pin and when the engagement means are in the second section, they return to the open position and out of engagement with the locking pin.
A method of controlling an array of light sources of a directional backlight that comprises a waveguide having an input end and the array of light sources disposed at different input positions in a lateral direction across the input end of the waveguide , the waveguide further comprising first and second, opposed guide surfaces for guiding light along the waveguide , the waveguide being arranged to direct input light from the light sources as output light through the first guide surface into optical windows in output directions distributed in a lateral direction to the normal to the first guide surface that are dependent on the input positions; the method comprising selectively operating the light sources to direct light into varying optical windows, characterised by the light sources being controlled so that scaled luminous fluxes of the light output by respective light sources when they are selectively operated vary across the array of light sources , said scaled luminous fluxes being the luminous fluxes of the light output by respective light sources when they are selectively operated scaled inversely by the pitch of the light sources in the lateral direction at the light source being considered.
Process for the selective hydrodesulfurization of FCC gasolines comprising sulfur compounds and olefins, extending from hydrocarbons having 5 carbon atoms to compounds having a boiling point of 250°C, said process utilizing a catalyst in sulfurized form and comprising an alumina, cobalt and molybdenum and carbon support, the carbon content being between 0.5% and 2.6% by weight, the specific surface area of the support being less than 200 m 2 /g, said process being performed at a temperature of between 200 and 400°C and a total pressure of between 1 and 2.5 MPa with a volume ratio of the hydrogen to the hydrocarbons of between 50 and 600 litres/litre.
An electronic control device comprising: an electronic component ; a control substrate on which the electronic component is mounted; and a sealing resin configured to seal the control substrate , the electronic control device being configured to be installed outside a vehicle cabin or in an engine compartment, the electronic control device further including a plate member facing the control substrate , and at least a portion of an outer periphery of the plate member being covered with the sealing resin , characterized in that : the control substrate is fixed to the plate member , and at least a portion of the plate member is sealed with the sealing resin , the plate member includes a rising portion on an outer periphery , the plate member has a recessed shape, and the control substrate is housed in the plate member . an electronic component ; a control substrate on which the electronic component is mounted; and a sealing resin configured to seal the control substrate , the electronic control device being configured to be installed outside a vehicle cabin or in an engine compartment, the electronic control device further including a plate member facing the control substrate , and at least a portion of an outer periphery of the plate member being covered with the sealing resin , the control substrate is fixed to the plate member , and at least a portion of the plate member is sealed with the sealing resin , the plate member includes a rising portion on an outer periphery , the plate member has a recessed shape, and the control substrate is housed in the plate member .
A method comprising: receiving, at a label stability analyzer service , classification data indicative of device type labels assigned to endpoints in a network by a device classification service ; counting, by the label stability analyzer service , device type label changes made by the device classification service to the endpoints ; computing, by the label stability analyzer service , variability metrics for the device type labels, wherein the variability metric for a device type label is based on a count of the device type label changes associated with that label; determining, by the label stability analyzer service and based on one of the variability metrics for a particular one of the device type labels exceeding a threshold value, a configuration change for the device classification service that adjusts how the device classification service applies the particular label to endpoints ; and providing, by the label stability analyzer service , the configuration change to the device classification service. receiving, at a label stability analyzer service , classification data indicative of device type labels assigned to endpoints in a network by a device classification service ; counting, by the label stability analyzer service , device type label changes made by the device classification service to the endpoints ; computing, by the label stability analyzer service , variability metrics for the device type labels, wherein the variability metric for a device type label is based on a count of the device type label changes associated with that label; determining, by the label stability analyzer service and based on one of the variability metrics for a particular one of the device type labels exceeding a threshold value, a configuration change for the device classification service that adjusts how the device classification service applies the particular label to endpoints ; and providing, by the label stability analyzer service , the configuration change to the device classification service.
Method of manufacturing a cosmetic composition comprising the following steps: - heating at least one cosmetic material containing at least one fuse compound to melt the or each fuse compound, - injection of the heated cosmetic material into a moulding cavity of a mould ; - at least partial solidification of the cosmetic material by cooling the cosmetic material to a temperature lower than that of the cosmetic material in the heating step, to form the cosmetic composition, to form the cosmetic composition , the cosmetic composition formed being free of air bubbles; - extraction of the cosmetic composition from the mould ; the method comprising evacuating the mould cavity of the mould before and/or during injection of the heated cosmetic material. - heating at least one cosmetic material containing at least one fuse compound to melt the or each fuse compound, - injection of the heated cosmetic material into a moulding cavity of a mould ; - at least partial solidification of the cosmetic material by cooling the cosmetic material to a temperature lower than that of the cosmetic material in the heating step, to form the cosmetic composition, to form the cosmetic composition , the cosmetic composition formed being free of air bubbles; - extraction of the cosmetic composition from the mould ;
A microcapsule comprising a hydrophobic content surrounded by a shell system that comprises a membrane comprising a combination of at least two complementary water-soluble polyelectrolytes chosen from among the water-soluble polyelectrolytes capable of generating microencapsulation by complex coacervation, said hydrophobic content containing at least one active principle, said at least one active principle being sensitive to ultraviolet radiation, characterized in that said shell system also comprises solid particles chosen from among the solid particles capable of stabilizing a Pickering emulsion. said hydrophobic content containing at least one active principle, said at least one active principle being sensitive to ultraviolet radiation, characterized in that said shell system also comprises solid particles chosen from among the solid particles capable of stabilizing a Pickering emulsion.
A method for outsourced annotation on a sensitive dataset wherein the method comprises the steps of: i) obtaining, by a first entity , an input dataset comprising several contents organized in an input order; ii) classifying the contents within the input dataset into token fields and information fields associated to the token fields, wherein the token fields are unique identifiers; iii) encrypting token fields and information fields within the dataset using a plurality of keys ({k}) to obtain an encrypted dataset , wherein all the token fields are encrypted with a same key; iv) sending the encrypted dataset to a second entity ; v) searching , in the second entity , for matching encrypted token fields (40'; 43') between the encrypted dataset and an encrypted reference , wherein the information fields corresponding to the same token fields are encrypted under a same corresponding key in both the encrypted dataset and the encrypted reference ; vi) defining , for the matching encrypted token fields, the encrypted information fields of the encrypted dataset to be annotated; vii) annotating the defined encrypted information fields thereby obtaining an encrypted annotated dataset ; and viii) sending the encrypted annotated dataset to the first entity . i) obtaining, by a first entity , an input dataset comprising several contents organized in an input order; ii) classifying the contents within the input dataset into token fields and information fields associated to the token fields, wherein the token fields are unique identifiers; iii) encrypting token fields and information fields within the dataset using a plurality of keys ({k}) to obtain an encrypted dataset , wherein all the token fields are encrypted with a same key; iv) sending the encrypted dataset to a second entity ; v) searching , in the second entity , for matching encrypted token fields (40'; 43') between the encrypted dataset and an encrypted reference , wherein the information fields corresponding to the same token fields are encrypted under a same corresponding key in both the encrypted dataset and the encrypted reference ; vi) defining , for the matching encrypted token fields, the encrypted information fields of the encrypted dataset to be annotated; vii) annotating the defined encrypted information fields thereby obtaining an encrypted annotated dataset ; and viii) sending the encrypted annotated dataset to the first entity .
A device for changing technical fluid of an automatic transmission, wherein the device comprises an adapter plate and a movable joint coupling system , wherein the adapter plate is formed by a housing with a flange corresponding to a bottom of a housing of the automatic transmission , wherein the adapter plate is for replacing the bottom of the housing of the automatic transmission and a technical fluid filter, and is connectable to the housing of the automatic transmission and comprises at least one outlet for used technical fluid and an opening for connecting the movable joint coupling system to the adapter plate , and the movable joint coupling system comprises a joint attachable to the opening , an adapter for attaching the joint to the opening, an external pipe passing through the joint for connecting the device to a tank of new technical fluid and for conducting new technical fluid to the automatic transmission from an opening of the technical fluid filter to the intake of the automatic transmission pump, and wherein the joint is a sleeve with a changeable angle; and a position of the joint coupling system is movable in relation to a vehicle and angles of the external pipe of the joint coupling system are changeable in all directions of xyz-axes.
An apparatus for providing at least one treatment to at least one tissue, comprising: a first structural arrangement configured to expand a first portion at a distal end of the apparatus ; a second structural arrangement configured to expand a second portion at the distal end ; and at least one lumen extending from a proximal end of the apparatus to the distal end and having an opening at the proximal end , wherein the at least one lumen is located between and separate from the first structural arrangement and the second structural arrangement , wherein the first structural arrangement is configured to position the at least one lumen at a particular position with respect to the at least one tissue based on an expansion of the first portion, and wherein the second structural arrangement is configured to position the at least one lumen at the particular position with respect to the at least one tissue based on an expansion of the second portion, and wherein at least one of the first structural arrangement or the second structural arrangement is a baffle filled with at least one of sterile water or air. a first structural arrangement configured to expand a first portion at a distal end of the apparatus ; a second structural arrangement configured to expand a second portion at the distal end ; and at least one lumen extending from a proximal end of the apparatus to the distal end and having an opening at the proximal end , wherein the at least one lumen is located between and separate from the first structural arrangement and the second structural arrangement , wherein the first structural arrangement is configured to position the at least one lumen at a particular position with respect to the at least one tissue based on an expansion of the first portion, and wherein the second structural arrangement is configured to position the at least one lumen at the particular position with respect to the at least one tissue based on an expansion of the second portion, and wherein at least one of the first structural arrangement or the second structural arrangement is a baffle filled with at least one of sterile water or air.
A method for controlling power distribution for a marine vessel , the marine vessel including a primary electric power source for powering a prime mover and an auxiliary electric power source operative to provide supplemental power to the prime mover and to power one or more ancillary equipment devices other than the prime mover, wherein the auxiliary electric power source is coupled to the prime mover, and wherein the prime mover is coupled to a transmission having a plurality of operating modes, the method comprising: detecting an operating mode of the transmission ; selecting a control algorithm for controlling power output by the auxiliary electric power source for distributing power between the prime mover and the one or more ancillary equipment devices, said selection based on the detected operating mode of the transmission; and regulating the power output by the auxiliary electric power source between the prime mover and the one or more ancillary equipment devices based on the selected control algorithm. detecting an operating mode of the transmission ; selecting a control algorithm for controlling power output by the auxiliary electric power source for distributing power between the prime mover and the one or more ancillary equipment devices, said selection based on the detected operating mode of the transmission; and regulating the power output by the auxiliary electric power source between the prime mover and the one or more ancillary equipment devices based on the selected control algorithm.