mhurhangee/patent-ind-claim-en huggingface dataset:
A cargo restraint track with a length and a plurality of apertures running along the length, wherein the cargo restraint track comprises a first lip and a second lip running along the length to either side of the plurality of apertures ; wherein each aperture comprises a substantially circular cross-section so that each aperture is configured to receive and engage a distal end of a first, approximately cylindrical, restraint device ; the distal end having an approximately circular cross-section and wherein each aperture further comprises a first notch which extends in a radial direction out of the circumference of the substantially circular cross-section towards the first lip , and a second notch which extends in a radial direction out of the circumference of the substantially circular cross-section towards the second lip so that each aperture is configured to receive and engage a distal end of a second, beam shaped, restraint device , the distal end having an approximately rectangular cross-section the cargo restraint track being characterised in that the first lip and second lip are each arranged to abut corresponding restraint flanges which project from the distal end of the received second restraint device ; and in that the first lip and second lip define a receiving portion for receiving a third, slidable, restraint device such that the third restraint device may move along the length of the track but is restrained in other directions and wherein the apertures are configured to receive and engage with a locking device which forms part of the third restraint device . wherein the cargo restraint track comprises a first lip and a second lip running along the length to either side of the plurality of apertures ; wherein each aperture comprises a substantially circular cross-section so that each aperture is configured to receive and engage a distal end of a first, approximately cylindrical, restraint device ; the distal end having an approximately circular cross-section and wherein each aperture further comprises a first notch which extends in a radial direction out of the circumference of the substantially circular cross-section towards the first lip , and a second notch which extends in a radial direction out of the circumference of the substantially circular cross-section towards the second lip so that each aperture is configured to receive and engage a distal end of a second, beam shaped, restraint device , the distal end having an approximately rectangular cross-section the cargo restraint track being characterised in that the first lip and second lip are each arranged to abut corresponding restraint flanges which project from the distal end of the received second restraint device ; and in that the first lip and second lip define a receiving portion for receiving a third, slidable, restraint device such that the third restraint device may move along the length of the track but is restrained in other directions and wherein the apertures are configured to receive and engage with a locking device which forms part of the third restraint device .
A method for producing fluid flow field plates with complex flow field geometries, the method comprising: locating a first electrically conductive sheet on top of a second electrically conductive sheet so that they are in intimate contact with each other, the first and second electrically conductive sheets being sealed together, with at least one manifold opening cut through the first and second electrically conductive sheets ; and creating at least one channel for a fluid by kiss cutting through the first electrically conductive sheet so that the at least one channel is in fluid communication with the at least one manifold opening . locating a first electrically conductive sheet on top of a second electrically conductive sheet so that they are in intimate contact with each other, the first and second electrically conductive sheets being sealed together, with at least one manifold opening cut through the first and second electrically conductive sheets ; and creating at least one channel for a fluid by kiss cutting through the first electrically conductive sheet so that the at least one channel is in fluid communication with the at least one manifold opening .
A display substrate integrated in a display panel, comprising a base substrate , wherein the display substrate further comprises a pressure sensing structure located on the base substrate configured to test an ambient pressure, the pressure sensing structure comprising a first pressure sensitive electrode and a second pressure sensitive electrode arranged opposite to each other, and a plurality of insulating pillars arranged at intervals between the first pressure sensitive electrode and the second pressure sensitive electrode ; the first pressure sensitive electrode is in contact with the base substrate , wherein the display substrate is a color film substrate and further comprises a color film layer composed of a first color pattern, a second color pattern and a third color pattern; the display substrate comprises a display area and a non-display area located in the periphery of the display area , characterized in that , the pressure sensing structure is located in the non-display area , wherein the display substrate further comprises a black matrix , the insulating pillar and the black matrix have a same material and are located in a same layer. the display substrate further comprises a pressure sensing structure located on the base substrate configured to test an ambient pressure, the pressure sensing structure comprising a first pressure sensitive electrode and a second pressure sensitive electrode arranged opposite to each other, and a plurality of insulating pillars arranged at intervals between the first pressure sensitive electrode and the second pressure sensitive electrode ; the first pressure sensitive electrode is in contact with the base substrate , wherein the display substrate is a color film substrate and further comprises a color film layer composed of a first color pattern, a second color pattern and a third color pattern; the display substrate comprises a display area and a non-display area located in the periphery of the display area , characterized in that , the pressure sensing structure is located in the non-display area , wherein the display substrate further comprises a black matrix , the insulating pillar and the black matrix have a same material and are located in a same layer.
One-piece corner piece intended to be used in a framework formed by assembling profiled elements , said corner piece extending in a direction referred to as longitudinal direction (A) and having, in said longitudinal direction, a part referred to as upper part and a part referred to as lower part, said corner piece comprising: - an angle bracket extending in said longitudinal direction between an upper end and a lower end, - said angle bracket comprising two free edges folded inwards so as to form two longitudinal flanges and to delimit a concavity , each longitudinal flange having a face referred to as inner face oriented towards the inside of the concavity and a face on the opposite side referred to as outer face, - the corner piece having, on the outer face of each longitudinal flange, at least one male-type assembly element extending in a direction perpendicular to the plane formed by the outer face of said flange, - a first bracket-like reinforcement inserted transversely into said concavity, - a second rectangular reinforcement inserted transversely into said concavity, the second reinforcement having a plurality of holes for the passage of fastening screws . - an angle bracket extending in said longitudinal direction between an upper end and a lower end, - said angle bracket comprising two free edges folded inwards so as to form two longitudinal flanges and to delimit a concavity , each longitudinal flange having a face referred to as inner face oriented towards the inside of the concavity and a face on the opposite side referred to as outer face, - the corner piece having, on the outer face of each longitudinal flange, at least one male-type assembly element extending in a direction perpendicular to the plane formed by the outer face of said flange, - a first bracket-like reinforcement inserted transversely into said concavity, - a second rectangular reinforcement inserted transversely into said concavity, the second reinforcement having a plurality of holes for the passage of fastening screws .
A component for an electronic device, comprising: a structural assembly , wherein the structural assembly comprises a bracket ; and a cover assembly that matches the structural assembly , wherein the cover assembly comprises a cover body , and a glare film is disposed on an inner surface of the cover body , wherein the cover body is a glass cover body ; an isolation assembly is disposed in some regions between the bracket and the glare film , wherein the isolation assembly is configured to isolate the bracket from the glare film , and hardness of the isolation assembly is less than or equal to hardness of the glare film , characterized in that the isolation assembly forms at least two closed loops wherein the glare film , the bracket and the at least two closed loops form an enclosed space; and a connection assembly is disposed in the enclosed space, wherein the connection assembly is configured to connect the bracket and the glare film . a structural assembly , wherein the structural assembly comprises a bracket ; and a cover assembly that matches the structural assembly , wherein the cover assembly comprises a cover body , and a glare film is disposed on an inner surface of the cover body , wherein the cover body is a glass cover body ; an isolation assembly is disposed in some regions between the bracket and the glare film , wherein the isolation assembly is configured to isolate the bracket from the glare film , and hardness of the isolation assembly is less than or equal to hardness of the glare film , characterized in that the isolation assembly forms at least two closed loops wherein the glare film , the bracket and the at least two closed loops form an enclosed space; and a connection assembly is disposed in the enclosed space, wherein the connection assembly is configured to connect the bracket and the glare film .
Perspiration sensor, comprising a sensor module , wherein the sensor module comprises at least a first sensor that is designed to measure relative humidity, wherein the sensor module is configured to be mounted in an automotive seat , which automotive seat comprises a seat cover region forming an outer surface of the seat that faces a passenger (P) sitting on the automotive seat , wherein the sensor module is configured to be mounted such in said automotive seat that it is spaced apart from said seat cover region , and wherein the sensor module comprises a second sensor that is designed to measure relative humidity and/or temperature, and wherein the perspiration sensor further comprises a control unit that is configured to measure a perspiration rate using a relative humidity measured by the first sensor and a relative humidity measured by the second sensor , and wherein the sensor module comprises a circumferential wall that surrounds a channel of the sensor module , and wherein the channel ends in an opening , wherein the first sensor is arranged in the channel at a first distance (d1) from the opening , and wherein the second sensor is arranged in the channel at a second distance (d2) from the opening , wherein the second distance (d2) is larger than the first distance (d1).
A V-ribbed belt comprising a compression rubber layer , a tension layer and core wires buried therebetween along the longitudinal direction of the belt, the V-ribbed belt having a tensile elastic modulus of 240 to 500 N/(mm %) measured according to the description, wherein the compression rubber layer is formed of a rubber composition containing a rubber component comprising an ethylene-α-olefin elastomer, wherein the core wire is a cord comprising: a core yarn comprising a high-elastic modulus fiber; and a plurality of sheath yarns each comprising a low-elastic modulus fiber and disposed around the core yarn , wherein the elastic modulus of the sheath fiber is 55 to 120 GPa measured in accordance with JIS L 1013 , wherein the sheath yarns are twisted yarns that are primarily-twisted, wherein the cord is a secondarily-twisted cord and has a ratio of an average diameter of the sheath yarns to an average diameter of the core yarn of 0.2 to 0.4, and wherein the elastic modulus of the core fiber is 200 to 900 GPa measured in accordance with JIS L 1013 . wherein the compression rubber layer is formed of a rubber composition containing a rubber component comprising an ethylene-α-olefin elastomer, wherein the core wire is a cord comprising: a core yarn comprising a high-elastic modulus fiber; and a plurality of sheath yarns each comprising a low-elastic modulus fiber and disposed around the core yarn , wherein the elastic modulus of the sheath fiber is 55 to 120 GPa measured in accordance with JIS L 1013 , a core yarn comprising a high-elastic modulus fiber; and a plurality of sheath yarns each comprising a low-elastic modulus fiber and disposed around the core yarn , wherein the elastic modulus of the sheath fiber is 55 to 120 GPa measured in accordance with JIS L 1013 , wherein the sheath yarns are twisted yarns that are primarily-twisted, wherein the cord is a secondarily-twisted cord and has a ratio of an average diameter of the sheath yarns to an average diameter of the core yarn of 0.2 to 0.4, and wherein the elastic modulus of the core fiber is 200 to 900 GPa measured in accordance with JIS L 1013 .
Apparatus for laminating a film part , in particular a decorative layer, on a carrier part having a laminating region in which the film part can be laminated onto the carrier part , in particular onto a motor vehicle interior trim part, having an edge region arranged adjacent to this laminating region in which the film part projects beyond the carrier part in order to produce a bend-around region on the film part which can subsequently be bent around a carrier part edge , and having a tool (4; 40) in which the tool (4; 40) comprises a first tool half (5; 41; 50) for producing a surface design on the film part and a second tool half (6; 42) for receiving the carrier part , characterized by an additional tool part which is arranged at least partially in the first tool half (5; 41; 50) in the edge region adjacent to the laminating region , wherein the additional tool part is made of, or is coated by, a thermal material having better thermal insulating properties compared with a first tool half material in the laminating region .
A process for recovering electrical power from a process unit waste heat steam generation system comprising: providing a stream of superheated steam having a first temperature and a first pressure; dividing the stream of superheated steam into a first portion and a second portion ; reducing a temperature of the first portion of the superheated steam to a second temperature less than the first temperature to form a desuperheated stream , wherein the temperature of the first portion is reduced by introducing the first portion into at least one desuperheater to reduce a temperature of the first portion to a second temperature less than the first temperature to form a desuperheated stream ; then heating a bottom stream from a column in a steam reboiler with the desuperheated stream to form a heated bottom stream and a condensate introducing the heated bottom stream to the column ; and directing the second portion of the superheated steam through a power-recovery turbine to reduce a pressure of the second portion to a second pressure less than the first pressure forming a depressurized stream . providing a stream of superheated steam having a first temperature and a first pressure; dividing the stream of superheated steam into a first portion and a second portion ; reducing a temperature of the first portion of the superheated steam to a second temperature less than the first temperature to form a desuperheated stream , wherein the temperature of the first portion is reduced by introducing the first portion into at least one desuperheater to reduce a temperature of the first portion to a second temperature less than the first temperature to form a desuperheated stream ; then heating a bottom stream from a column in a steam reboiler with the desuperheated stream to form a heated bottom stream and a condensate introducing the heated bottom stream to the column ; and directing the second portion of the superheated steam through a power-recovery turbine to reduce a pressure of the second portion to a second pressure less than the first pressure forming a depressurized stream .
A surgical cannula assembly , comprising: an elongate cannula member defining a longitudinal axis and having proximal and distal ends , the cannula member including a plurality of longitudinal ribs extending along the longitudinal axis, adjacent longitudinal ribs of the plurality of longitudinal ribs defining separate and discrete longitudinal channels therebetween that open distally into an annular recess disposed in fluid communication with each of the separate and discrete longitudinal channels; a fluid port mounted adjacent the proximal end of the cannula member , the fluid port configured for coupling to a source of inflation fluids; a conduit positioned within at least one longitudinal channel of the cannula member , the conduit in fluid communication with the fluid port ; and an expandable balloon mounted adjacent the distal end of the cannula member and in fluid communication with the conduit , the expandable balloon configured to transition from an initial unexpanded condition to an at least partially expanded condition upon passage and entry of inflation fluids through the conduit and within an internal volume of the expandable balloon . an elongate cannula member defining a longitudinal axis and having proximal and distal ends , the cannula member including a plurality of longitudinal ribs extending along the longitudinal axis, adjacent longitudinal ribs of the plurality of longitudinal ribs defining separate and discrete longitudinal channels therebetween that open distally into an annular recess disposed in fluid communication with each of the separate and discrete longitudinal channels; a fluid port mounted adjacent the proximal end of the cannula member , the fluid port configured for coupling to a source of inflation fluids; a conduit positioned within at least one longitudinal channel of the cannula member , the conduit in fluid communication with the fluid port ; and an expandable balloon mounted adjacent the distal end of the cannula member and in fluid communication with the conduit , the expandable balloon configured to transition from an initial unexpanded condition to an at least partially expanded condition upon passage and entry of inflation fluids through the conduit and within an internal volume of the expandable balloon .
A method for preparing at least one ester polyol ester, the method comprising esterifying an ester polyol reaction mixture to produce ester polyol, the reaction mixture comprising an ozone acid mixture and at least one primary polyol, wherein the ozone acid mixture comprises at least one dicarboxylic acid and at least one monocarboxylic acid; and capping the ester polyol with at least one capping carboxylic acid to produce ester polyol ester.
An electrical power converter , comprising a transformer or autotransformer including a magnetic core and at least a primary winding and at least a secondary winding arranged around the magnetic core , characterised in that : said primary winding and/or said secondary winding have at least one full turn that includes at least one power switch and at least one capacitor connected in series and arranged respectively opposite to each other and facing opposite sides of the magnetic core , defining a cell that is divided in four segments, a first segment including said at least one switch , a second opposite segment including said at least one capacitor , and two other connecting segments providing electrical connection between the first segment and the second segment , and each of said two other connecting segments having opposite electrical polarity.
A method for determining Internet Protocol, IP, bearer optimization performed by a virtual media gateway, comprising: determining, by a first virtual media gateway when establishing an IP bearer for a first terminal, that the first terminal and a second terminal are located at a same physical media gateway according to bearer information of the second terminal, wherein the second terminal is an opposite end of the first terminal, the bearer information of the second terminal comprises: IP address and the port number; and interacting, by the first virtual media gateway, with a second virtual media gateway to which the second terminal belongs, and determining, by a master virtual media gateway, that both the first terminal and the second terminal can perform IP bearer optimization, wherein the master virtual media gateway is one of the first virtual media gateway and the second virtual media gateway. determining, by a first virtual media gateway when establishing an IP bearer for a first terminal, that the first terminal and a second terminal are located at a same physical media gateway according to bearer information of the second terminal, wherein the second terminal is an opposite end of the first terminal, the bearer information of the second terminal comprises: IP address and the port number; and interacting, by the first virtual media gateway, with a second virtual media gateway to which the second terminal belongs, and determining, by a master virtual media gateway, that both the first terminal and the second terminal can perform IP bearer optimization, wherein the master virtual media gateway is one of the first virtual media gateway and the second virtual media gateway.