mhurhangee/patent-ind-claim-en huggingface dataset:
A flatcar underframe for railway freight, comprising: a center beam module , a first crossbeam module , a sleeper beam module , and an edge beam module , wherein the center beam module is at a middle position on the entire underframe, runs through the entire underframe along a longitudinal direction of the underframe, and is to be connected to a coupler buffer apparatus and a bogie ; wherein the center beam module comprises a center beam , and the center beam is provided with a sleeper beam module interface , a first crossbeam module interface and a second crossbeam module interface , and a length of the center beam is adjustable as required, there are at least two first crossbeam modules respectively located at two ends of the entire underframe, disposed along a transverse direction of the underframe, and fixed to the center beam module through fasteners; there are at least two sleeper beam modules located near the two ends of the underframe, disposed along the transverse direction of the underframe, and fixed to the center beam module through fasteners, wherein the sleeper beam module is to be connected to the bogie ; and there are at least two edge beam modules respectively located on two sides of the center beam module and configured to connect two adjacent modules through fasteners; and a second crossbeam module located at a middle part of the underframe and fixed to the center beam module . the center beam module is at a middle position on the entire underframe, runs through the entire underframe along a longitudinal direction of the underframe, and is to be connected to a coupler buffer apparatus and a bogie ; wherein the center beam module comprises a center beam , and the center beam is provided with a sleeper beam module interface , a first crossbeam module interface and a second crossbeam module interface , and a length of the center beam is adjustable as required, there are at least two first crossbeam modules respectively located at two ends of the entire underframe, disposed along a transverse direction of the underframe, and fixed to the center beam module through fasteners; there are at least two sleeper beam modules located near the two ends of the underframe, disposed along the transverse direction of the underframe, and fixed to the center beam module through fasteners, wherein the sleeper beam module is to be connected to the bogie ; and there are at least two edge beam modules respectively located on two sides of the center beam module and configured to connect two adjacent modules through fasteners; and a second crossbeam module located at a middle part of the underframe and fixed to the center beam module .
A horoscope system for providing a horoscope with temperature protection during a horoscope inspection of a machine, the horoscope system comprising a horoscope sheath ; the horoscope sheath comprising an elongate tube extending from a front end of the horoscope sheath to a back end of the horoscope sheath, the elongate tube comprising: - a wall extending from a tip portion to a back end and extending around a central bore , and - a hole through the wall is proximate the front end of the elongate tube; - one or more cooling channels extending in the wall, wherein the central bore being configured and arranged to allow removable insertion of a horoscope into the central bore, the horoscope system also comprising means for holding the horoscope sheath in a first position relative to the machine when the machine is in use and for moving the horoscope sheath to a second position relative to the machine for inspection, and in which at least part of the horoscope sheath is configured and arranged to remain in the machine during use of the machine; characterised in that the means for holding the horoscope sheath in a first position relative to the machine when the machine is in use and for moving the horoscope sheath to a second position relative to the machine for inspection comprises: - a guide front piece extending around the tip portion so that the tip portion is extending beyond the guide front piece ; - a tip sheath extending around the front end ; the tip sheath being provided with two protrusions arranged to selectively fit by rotating the horoscope sheath in open position grooves and in closed position grooves in the horoscope sheath ; - a spring attached to the tip sheath and the guide front piece . - a wall extending from a tip portion to a back end and extending around a central bore , and - a hole through the wall is proximate the front end of the elongate tube; - one or more cooling channels extending in the wall, - a guide front piece extending around the tip portion so that the tip portion is extending beyond the guide front piece ; - a tip sheath extending around the front end ; the tip sheath being provided with two protrusions arranged to selectively fit by rotating the horoscope sheath in open position grooves and in closed position grooves in the horoscope sheath ; - a spring attached to the tip sheath and the guide front piece .
A surgical stapling apparatus including a releasable surgical buttress, the surgical stapling apparatus comprising: a staple cartridge assembly including a tissue facing surface having staple retaining slots defined therein, each staple retaining slot housing a staple therein, and an annular knife disposed radially inwardly of the tissue facing surface; an anvil assembly operatively associated with the staple cartridge assembly, the anvil assembly including an anvil member including a tissue facing surface having staple forming recesses defined therein, and an anvil shaft extending from the anvil member; and a surgical buttress disposed on the tissue facing surface of the staple cartridge assembly or the anvil assembly, the surgical buttress having an annular configuration defining a central aperture therethrough, the surgical buttress including body segments extending radially outwardly about the central aperture in spaced radial relation relative to each other, and a ring segment interconnecting the body segments; characterised in that a first portion of the body segments are formed from a first material and a second portion of the body segments are formed from a second material, the first portion of the body segments formed from the first material and the second portion of the body segments formed from the second material alternatively positioned around the central aperture. a staple cartridge assembly including a tissue facing surface having staple retaining slots defined therein, each staple retaining slot housing a staple therein, and an annular knife disposed radially inwardly of the tissue facing surface; an anvil assembly operatively associated with the staple cartridge assembly, the anvil assembly including an anvil member including a tissue facing surface having staple forming recesses defined therein, and an anvil shaft extending from the anvil member; and a surgical buttress disposed on the tissue facing surface of the staple cartridge assembly or the anvil assembly, the surgical buttress having an annular configuration defining a central aperture therethrough, the surgical buttress including body segments extending radially outwardly about the central aperture in spaced radial relation relative to each other, and a ring segment interconnecting the body segments; characterised in that a first portion of the body segments are formed from a first material and a second portion of the body segments are formed from a second material, the first portion of the body segments formed from the first material and the second portion of the body segments formed from the second material alternatively positioned around the central aperture.
A ventilator comprising: a flow cassette comprising: a fluid passage terminating at an inlet and an outlet ; a temperature sensor coupled to the passage ; a flow rate sensor ; and a fluid inlet adapter comprising: a housing a first inlet end configured to connect to a fluid source; a second inlet end configured to removably connect to the inlet of the flow cassette; a latching component coupled to the housing and rotatable relative to the housing , the latching component configured to threadingly secure the fluid inlet adapter to the flow cassette ; and a machine-readable indicator for identifying the fluid source. a flow cassette comprising: a fluid passage terminating at an inlet and an outlet ; a temperature sensor coupled to the passage ; a flow rate sensor ; and a fluid passage terminating at an inlet and an outlet ; a temperature sensor coupled to the passage ; a flow rate sensor ; and a fluid inlet adapter comprising: a housing a first inlet end configured to connect to a fluid source; a second inlet end configured to removably connect to the inlet of the flow cassette; a latching component coupled to the housing and rotatable relative to the housing , the latching component configured to threadingly secure the fluid inlet adapter to the flow cassette ; and a machine-readable indicator for identifying the fluid source. a housing a first inlet end configured to connect to a fluid source; a second inlet end configured to removably connect to the inlet of the flow cassette; a latching component coupled to the housing and rotatable relative to the housing , the latching component configured to threadingly secure the fluid inlet adapter to the flow cassette ; and a machine-readable indicator for identifying the fluid source.
A friction material composition, used in a wet clutch system or application comprising: a fiber material comprising a first surface , a second surface opposite the first surface and a thickness between the first and second surfaces; and, a filler material comprising tung oil and phenolic resin, the tung oil being saturated within the fiber material from the first surface through a first portion of the thickness and the phenolic resin being saturated within the fiber material from the second surface through a second portion of the thickness , wherein the first portion has no phenolic resin,wherein the second portion has no tung oil, wherein blending of the tung oil and the phenolic resin only occurs in an intermediate portion between the first and second portions of the thickness . a fiber material comprising a first surface , a second surface opposite the first surface and a thickness between the first and second surfaces; and, a filler material comprising tung oil and phenolic resin, the tung oil being saturated within the fiber material from the first surface through a first portion of the thickness and the phenolic resin being saturated within the fiber material from the second surface through a second portion of the thickness , wherein the first portion has no phenolic resin,wherein the second portion has no tung oil, wherein blending of the tung oil and the phenolic resin only occurs in an intermediate portion between the first and second portions of the thickness .
A steering device for steering a vehicle, the steering device characterized by comprising: a movable member configured to move along with a shaft member in an axial direction of the shaft member and to rotatably support the shaft member, the shaft member being connected, at a rear end of the shaft member in a front-rear direction of the vehicle, to an operating member; a holding member configured to hold the movable member so as to move in the axial direction; an impact absorbing member connected to the movable member , the impact absorbing member being configured to absorb impact as a front end portion of at least one of the shaft member and the movable member in the front-rear direction of the vehicle moves frontward in the axial direction inside a space for movement that is an energy absorption (EA) space allowing the shaft member to move frontward; a movement driving unit configured to move the movable member along the axial direction so as to change a position of the movable member in the axial direction in a vehicle body of the vehicle; characterized in that a controller , the controller being configured to perform first control and second control by which the movement driving unit is controlled, the first control being a control for moving the movable member along the axial direction within such a range that the front end portion is located rearward of the space for movement in the front-rear direction of the vehicle, and the second control being a control for moving the movable member along the axial direction within such a range that the front end portion is located inside the space for movement. a movable member configured to move along with a shaft member in an axial direction of the shaft member and to rotatably support the shaft member, the shaft member being connected, at a rear end of the shaft member in a front-rear direction of the vehicle, to an operating member; a holding member configured to hold the movable member so as to move in the axial direction; an impact absorbing member connected to the movable member , the impact absorbing member being configured to absorb impact as a front end portion of at least one of the shaft member and the movable member in the front-rear direction of the vehicle moves frontward in the axial direction inside a space for movement that is an energy absorption (EA) space allowing the shaft member to move frontward; a movement driving unit configured to move the movable member along the axial direction so as to change a position of the movable member in the axial direction in a vehicle body of the vehicle; characterized in that a controller , the controller being configured to perform first control and second control by which the movement driving unit is controlled, the first control being a control for moving the movable member along the axial direction within such a range that the front end portion is located rearward of the space for movement in the front-rear direction of the vehicle, and the second control being a control for moving the movable member along the axial direction within such a range that the front end portion is located inside the space for movement.
A dormer prefabricated for mounting in the inclined building roofs, comprising - a front side, - a roof window installed on said front side, - two side walls each with a bottom edge and - a dormer roof which is of the barrel roof type at its front side, - wherein the bottom edges of the side walls and a rear edge of the barrel roof are adapted for being mounted on a building roof - wherein the front side of the dormer and the dormer barrel roof form an obtuse angle (α) ; characterized in that the roof window comprises a pivoting sash with two hinges , each hinge having two units, the pivoting sash further comprising an arc shaped top rail which curvature is the same as the barrel roof curvature , and the rotation axis of the sash being located above half of the window height between a center line of the sash and the top rail . - a front side, - a roof window installed on said front side, - two side walls each with a bottom edge and - a dormer roof which is of the barrel roof type at its front side, - wherein the bottom edges of the side walls and a rear edge of the barrel roof are adapted for being mounted on a building roof - wherein the front side of the dormer and the dormer barrel roof form an obtuse angle (α) ;
A process of determining features of a fabric , the process comprising: forming a representation of a portion of a surface of the fabric, the representation showing locations and sizes of knuckles and pockets in the surface of the fabric ; generating an image of the portion of the surface of the fabric based on the representation; displaying at least a portion of the image on a screen associated with a computer having a processor; the process being characterized by drawing an outline around at least one of the knuckles displayed in the image ; and drawing guidelines in the displayed image such that the guidelines (i) pass through the center of the outlined knuckle, (ii) pass through other knuckles displayed in the image, and (iii) form a shape that surrounds areas of the image that correspond to where the pockets are formed between the knuckles , wherein the outline and guidelines are drawn using an image analysis program stored in a non-transitory computer-readable medium. forming a representation of a portion of a surface of the fabric, the representation showing locations and sizes of knuckles and pockets in the surface of the fabric ; generating an image of the portion of the surface of the fabric based on the representation; displaying at least a portion of the image on a screen associated with a computer having a processor; the process being characterized by drawing an outline around at least one of the knuckles displayed in the image ; and drawing guidelines in the displayed image such that the guidelines (i) pass through the center of the outlined knuckle, (ii) pass through other knuckles displayed in the image, and (iii) form a shape that surrounds areas of the image that correspond to where the pockets are formed between the knuckles , wherein the outline and guidelines are drawn using an image analysis program stored in a non-transitory computer-readable medium.
A method for controlling access in an access control system , the access system comprising a server , a device database , and at least one access node , wherein the at least one access node supports one or more proximity technologies, the method comprising: selecting , at the server, an access credential from a pool of unassigned access credentials; assigning , by the server, the access credential to a specific individual ; and transmitting , by the server, the access credential over a secure and authenticated channel to a mobile communication device that is associated with the specific individual ; and receiving , at the server, from the mobile communication device an indication that a secondary device is accessible by the mobile communication device and an indication of the proximity technology or technologies supported by the secondary device ; presenting, by the secondary device the access credential to the at least one access node when the secondary device is near an access node that supports the same proximity technology as the secondary device; and updating, by the sever, information about the mobile communication device associated with the specific individual to add or update, in the device database , one or more records related to the mobile communication device to identify the proximity technology or technologies supported by one or more secondary devices accessible by the mobile communication device. selecting , at the server, an access credential from a pool of unassigned access credentials; assigning , by the server, the access credential to a specific individual ; and transmitting , by the server, the access credential over a secure and authenticated channel to a mobile communication device that is associated with the specific individual ; and receiving , at the server, from the mobile communication device an indication that a secondary device is accessible by the mobile communication device and an indication of the proximity technology or technologies supported by the secondary device ; presenting, by the secondary device the access credential to the at least one access node when the secondary device is near an access node that supports the same proximity technology as the secondary device; and updating, by the sever, information about the mobile communication device associated with the specific individual to add or update, in the device database , one or more records related to the mobile communication device to identify the proximity technology or technologies supported by one or more secondary devices accessible by the mobile communication device.
A casting die comprising: a main cavity having a first interior volume for receiving a first molten volume of metal, the first interior volume corresponding to a geometry of an as-cast part; a first reservoir in serial fluid communication with the main cavity for storing a first molten backfill volume of metal to accommodate solidification shrinkage in the main cavity; characterised in that the serial fluid communication is provided by a runner configured into a wedge; the first reservoir has dimensions with an aspect ratio of height to cross-sectional area between 0.5 and 2.0; and a first vent in serial fluid communication with the first reservoir, the first vent having at least one passage for evacuating vapor from the first reservoir and the first interior volume. a main cavity having a first interior volume for receiving a first molten volume of metal, the first interior volume corresponding to a geometry of an as-cast part; a first reservoir in serial fluid communication with the main cavity for storing a first molten backfill volume of metal to accommodate solidification shrinkage in the main cavity; characterised in that the serial fluid communication is provided by a runner configured into a wedge; the first reservoir has dimensions with an aspect ratio of height to cross-sectional area between 0.5 and 2.0; and a first vent in serial fluid communication with the first reservoir, the first vent having at least one passage for evacuating vapor from the first reservoir and the first interior volume.
Method for controlling the target of an automatic vehicle transmission during the realization by the latter from a state of the drive train of the vehicle previously consolidated as target ( OPT_DLS_CS ), characterized in that the consolidation time (DLS_CGE_TMR_THD) necessary for the substitution of a state (O PT_DLS ) that has become optimal for the drive train after the start of the current realization, to a consolidated target (OPT_DLS_CS) currently being realized to be authorised, is determined as a function of the cause of elimination ( OPT_DLS_CS_FORB_VAL ) of the target (OPT_DLS_CS) currently being realized.