mhurhangee/patent-ind-claim-en huggingface dataset:
An intravascular processing system for evaluating a vessel of a patient, comprising: a processing system communicatively coupled to one or more intravascular pressure-sensing devices and a display device , the processing system configured to: receive pressure measurements obtained by the one or more intravascular pressure-sensing devices positioned within the vessel of the patient; receive an input from a user regarding a desired pressure value for the vessel of the patient; identify an available treatment option based on the received pressure measurements and the desired pressure value, wherein the processing system utilizes empirical data of treatments of previous patients with similar symptoms, and/or expected effect of treatments for identifying the available treatment option; wherein the expected effect of treatment is at least one out of the group consisting of (i) as stated by the manufacturer/supplier of the treatment, (ii) as defined by the user, and (iii) as established by empirical treatment data, and output, to the display device, a screen display including a visual representation of the available treatment option. receive pressure measurements obtained by the one or more intravascular pressure-sensing devices positioned within the vessel of the patient; receive an input from a user regarding a desired pressure value for the vessel of the patient; identify an available treatment option based on the received pressure measurements and the desired pressure value, wherein the processing system utilizes empirical data of treatments of previous patients with similar symptoms, and/or expected effect of treatments for identifying the available treatment option; wherein the expected effect of treatment is at least one out of the group consisting of (i) as stated by the manufacturer/supplier of the treatment, (ii) as defined by the user, and (iii) as established by empirical treatment data, and output, to the display device, a screen display including a visual representation of the available treatment option.
A solenoid valve driven actuator system, the system comprising a first solenoid valve having at least one pressure input and a pressure outlet downstream from the at least one pressure input; a second solenoid valve having at least one pressure input and a pressure outlet downstream from the at least one pressure input; a pressure-switching valve operatively coupled to the first and second solenoid valves; and an actuator valve operatively coupled to the pressure outlet of the second solenoid valve; wherein the at least one pressure input of the first solenoid valve includes a first pressure input and a second pressure input ;wherein the at least one pressure input of the second solenoid valve includes a first pressure input and a second pressure input ; wherein the pressure-switching valve is in fluid communication with the first pressure input of the second solenoid valve ; and characterized in that the pressure outlet of the first solenoid valve is in fluid communication with the second pressure input of the second solenoid valve . a first solenoid valve having at least one pressure input and a pressure outlet downstream from the at least one pressure input; a second solenoid valve having at least one pressure input and a pressure outlet downstream from the at least one pressure input; a pressure-switching valve operatively coupled to the first and second solenoid valves; and an actuator valve operatively coupled to the pressure outlet of the second solenoid valve; wherein the at least one pressure input of the first solenoid valve includes a first pressure input and a second pressure input ;wherein the at least one pressure input of the second solenoid valve includes a first pressure input and a second pressure input ; wherein the pressure-switching valve is in fluid communication with the first pressure input of the second solenoid valve ; and characterized in that the pressure outlet of the first solenoid valve is in fluid communication with the second pressure input of the second solenoid valve .
A spring seal for sealing between a planar frame face of a first body and a groove disposed on a second body, the spring seal comprising: an annular body circumscribing a pivot axis , said annular body having a W-shaped cross-section including: a first cantilevered leg , a second cantilevered leg spaced apart from and generally parallel to the first cantilevered leg , and a spring leg disposed between and connecting the first cantilevered leg and the second cantilevered leg ; the first cantilevered leg including a first annular sealing surface for making sliding contact with a planar face; and the second cantilevered leg including a second annular sealing surface for making sealing contact with a groove bottom of a groove ; characterised in that the annular body includes a peripheral lip that extends radially from an outer circumferential edge of the first cantilevered leg and the peripheral lip is substantially thinner than the thickness of the first cantilevered leg . an annular body circumscribing a pivot axis , said annular body having a W-shaped cross-section including: a first cantilevered leg , a second cantilevered leg spaced apart from and generally parallel to the first cantilevered leg , and a spring leg disposed between and connecting the first cantilevered leg and the second cantilevered leg ; the first cantilevered leg including a first annular sealing surface for making sliding contact with a planar face; and the second cantilevered leg including a second annular sealing surface for making sealing contact with a groove bottom of a groove ; a first cantilevered leg , a second cantilevered leg spaced apart from and generally parallel to the first cantilevered leg , and a spring leg disposed between and connecting the first cantilevered leg and the second cantilevered leg ; the first cantilevered leg including a first annular sealing surface for making sliding contact with a planar face; and the second cantilevered leg including a second annular sealing surface for making sealing contact with a groove bottom of a groove ; characterised in that the annular body includes a peripheral lip that extends radially from an outer circumferential edge of the first cantilevered leg and the peripheral lip is substantially thinner than the thickness of the first cantilevered leg .
A transmitter coupled to each of a plurality of wheel assemblies included in a vehicle and configured to function in one of a plurality of formats that are selectable by a command from a trigger device , the transmitter comprising: a pressure sensor configured to detect a pressure of a tire ; a memory configured to store an ID code and various programs to control the transmitter; a transmission unit configured to transmit a signal; a controller configured to control the transmitter ; and a trigger reception unit configured to receive a trigger signal including the command from the trigger device, characterized in that the controller is configured so that when the trigger reception unit receives a trigger signal including a command designating a format of the transmitter , the controller is configured to select a program for having the transmitter function in the designated format and to control the transmission unit to transmit the signal including the ID code to register the ID code to an in-vehicle receiver . a pressure sensor configured to detect a pressure of a tire ; a memory configured to store an ID code and various programs to control the transmitter; a transmission unit configured to transmit a signal; a controller configured to control the transmitter ; and a trigger reception unit configured to receive a trigger signal including the command from the trigger device, characterized in that the controller is configured so that when the trigger reception unit receives a trigger signal including a command designating a format of the transmitter , the controller is configured to select a program for having the transmitter function in the designated format and to control the transmission unit to transmit the signal including the ID code to register the ID code to an in-vehicle receiver .
An injectable device comprising a cryogel composition comprising open interconnected macropores, wherein said cryogel composition comprises at least 75% pores, wherein said cryogel composition is characterized by shape memory following deformation by compression through a needle, and wherein said cryogel composition comprises a crosslinked gelatin polymer or a crosslinked alginate polymer.
A set of planks (10; 100; 200; 400) adapted to cover a surface perpendicular to a thickness direction (V) of the planks, the planks having a lower face in the thickness direction (V) intended to be in contact with the surface , and comprising at least a first plank having a first edge extending in a longitudinal direction (L) perpendicular to the thickness direction (V), and a second plank having a second edge extending in the longitudinal direction (L), the second edge defining a connecting groove , and the first edge defining a connecting tongue , the first plank being movable with respect to the second plank between a disconnected position, in which the connecting tongue is away from the connecting groove , and a connected position, in which the connecting tongue is snap-fit in the connecting groove , the connecting tongue comprising two protrusions (40A, 40B; 140A, 40B; 240A, 40B) protruding in opposite senses in a transverse direction (T) perpendicular to the thickness direction (V) and to the longitudinal direction (L), the two protrusions (40A, 40B; 140A, 40B; 240A, 40B) including a transversely distal protrusion (40A; 140A; 240A) with respect to the first plank and a transversely proximal protrusion , the distal protrusion (40A; 140A; 240A) and the proximal protrusion being adapted to abut upwards in the connected position respectively against a transversely proximal lip (42A; 142A) and a transversely distal lip of the connecting groove , characterized in that the second edge further defines a guiding recess at least partly located above the proximal lip (42A; 142A) and adapted to receive the distal protrusion (40A; 140A; 240A) transversely in an intermediate position of the first plank , in which the proximal protrusion abuts downwards against the distal lip , wherein a lower part of the distal protrusion (40A; 140A; 240A) is at least partly defined by a surface of the first edge , said surface defining an angle (α2) with the thickness direction (V), the angle (α2) being smaller than 45°, and wherein a lower part of the distal lip is at least partly defined by a surface of the second edge , said surface defining an angle (α3) with the thickness direction (V), the angle (α3) being smaller than 10°. wherein a lower part of the distal protrusion (40A; 140A; 240A) is at least partly defined by a surface of the first edge , said surface defining an angle (α2) with the thickness direction (V), the angle (α2) being smaller than 45°, and wherein a lower part of the distal lip is at least partly defined by a surface of the second edge , said surface defining an angle (α3) with the thickness direction (V), the angle (α3) being smaller than 10°.
A fastening clip that is configured to securely connect a first component to a second component , the fastening clip comprising: - a first frame connected to an opposed second frame by an arcuate transition beam , wherein each of the first and second frames comprises: - an exterior contact finger that is configured to securely abut into a first outer surface portion of the first component around at least a portion of a first opening formed through the first component ; and - a contact prong that is configured to abut into a second outer surface portion of the first component , characterized by an interior contact finger that is configured to extend into the first opening ; wherein the exterior contact finger is split away from the interior contact finger . - a first frame connected to an opposed second frame by an arcuate transition beam , wherein each of the first and second frames comprises: - an exterior contact finger that is configured to securely abut into a first outer surface portion of the first component around at least a portion of a first opening formed through the first component ; and - a contact prong that is configured to abut into a second outer surface portion of the first component ,
A needleless injection device including: - a body forming a housing , - a gas generator , - a tubular reservoir which contains an active ingredient to be injected, the reservoir extending axially in said housing from an upper end, down to a lower end , - an elastically-deformable membrane with a generally T-like shape, the membrane comprising a tubular portion which extends axially in the reservoir and which is designed to extend axially in the reservoir under the effect of the pressure generated by the gas generator , and - a nozzle for injecting the active ingredient which is arranged at the lower end of the reservoir , said device being characterized in that it includes a sock which envelops at least partly the tubular portion of the membrane , said sock: - being in the form of a sleeve, which comprises a cylindrical wall which extends axially and which is interposed radially between an inner wall of the reservoir and the tubular portion of the membrane, the sock being made of a material that has a coefficient of friction lower than the coefficient of friction of the material used to make the membrane so as to limit the friction between the tubular portion of the membrane and the reservoir , - and comprising a bottom in the form of a disc which axially plugs the sock in its lower portion. - a body forming a housing , - a gas generator , - a tubular reservoir which contains an active ingredient to be injected, the reservoir extending axially in said housing from an upper end, down to a lower end , - an elastically-deformable membrane with a generally T-like shape, the membrane comprising a tubular portion which extends axially in the reservoir and which is designed to extend axially in the reservoir under the effect of the pressure generated by the gas generator , and - a nozzle for injecting the active ingredient which is arranged at the lower end of the reservoir , - being in the form of a sleeve, which comprises a cylindrical wall which extends axially and which is interposed radially between an inner wall of the reservoir and the tubular portion of the membrane, the sock being made of a material that has a coefficient of friction lower than the coefficient of friction of the material used to make the membrane so as to limit the friction between the tubular portion of the membrane and the reservoir , - and comprising a bottom in the form of a disc which axially plugs the sock in its lower portion.
A surface treatment agent for surface-treating a metallic material, the surface treatment agent obtained by mixing: at least one supply source (A) of trivalent chromium-containing ions A; a supply source (B) of ions B that are at least one selected from titanium-containing ions and zirconium-containing ions; a water-soluble or water-dispersible compound (C) comprising an alkoxysilyl group, an aromatic ring, a hydroxy group directly bonded to the aromatic ring, and at least one amino group selected from primary amino groups, secondary amino groups, tertiary amino groups, and quaternary ammonium groups, wherein the alkoxysilyl group is bonded to a nitrogen atom of the amino group directly or via an alkylene group; and a fluorine-containing compound (D) capable of providing fluorine-containing ions, wherein the surface treatment agent comprises free fluorine ions, and wherein a ratio of a total mass of a chromium-equivalent mass of the ions A and a metal-equivalent mass of the ions B with respect to a solid content mass of the compound (C), [(A+B)/C], is in a range of higher than 3 and 24 or less. at least one supply source (A) of trivalent chromium-containing ions A; a supply source (B) of ions B that are at least one selected from titanium-containing ions and zirconium-containing ions; a water-soluble or water-dispersible compound (C) comprising an alkoxysilyl group, an aromatic ring, a hydroxy group directly bonded to the aromatic ring, and at least one amino group selected from primary amino groups, secondary amino groups, tertiary amino groups, and quaternary ammonium groups, wherein the alkoxysilyl group is bonded to a nitrogen atom of the amino group directly or via an alkylene group; and a fluorine-containing compound (D) capable of providing fluorine-containing ions, wherein the surface treatment agent comprises free fluorine ions, and wherein a ratio of a total mass of a chromium-equivalent mass of the ions A and a metal-equivalent mass of the ions B with respect to a solid content mass of the compound (C), [(A+B)/C], is in a range of higher than 3 and 24 or less.
Protective device for a semiconductor switch , which can be controlled by a driver stage , having: an overvoltage detector , which is electrically coupled to an output of the semiconductor switch , and which is designed to provide an overvoltage signal when an electrical voltage at the output of the semiconductor switch exceeds a predetermined threshold value; a limiting element , which is designed to limit the overvoltage signal supplied by the overvoltage detector to a predetermined duration and to provide the temporally limited overvoltage signal at an output terminal of the limiting element ; an activation circuit , which is designed to enable an electrical connection between the overvoltage detector and the limiting element if a predetermined control signal is present at an input of the driver stage for the semiconductor switch ; and a compensation circuit , which is electrically coupled to the output terminal of the limiting element and which is designed to provide a compensation signal at an input of the driver stage for the semiconductor switch as a function of the overvoltage signal that is temporally limited by the limiting element , characterized in that the activation circuit is designed to enable the electrical connection between the overvoltage detector and the limiting element , as a function of a comparison of voltage values between an input signal of the driver stage and an output signal of the driver stage . an overvoltage detector , which is electrically coupled to an output of the semiconductor switch , and which is designed to provide an overvoltage signal when an electrical voltage at the output of the semiconductor switch exceeds a predetermined threshold value; a limiting element , which is designed to limit the overvoltage signal supplied by the overvoltage detector to a predetermined duration and to provide the temporally limited overvoltage signal at an output terminal of the limiting element ; an activation circuit , which is designed to enable an electrical connection between the overvoltage detector and the limiting element if a predetermined control signal is present at an input of the driver stage for the semiconductor switch ; and a compensation circuit , which is electrically coupled to the output terminal of the limiting element and which is designed to provide a compensation signal at an input of the driver stage for the semiconductor switch as a function of the overvoltage signal that is temporally limited by the limiting element , characterized in that the activation circuit is designed to enable the electrical connection between the overvoltage detector and the limiting element , as a function of a comparison of voltage values between an input signal of the driver stage and an output signal of the driver stage .
A method for the connection by means of laser welding of light lenses and lamp housings for vehicle lamps produced from plastics, in which method: - a lamp housing is held or received in a fixed-mounted manner in a welding tool receptacle at a zero point that is stationary relative to an origin , and held or received in a float-mounted manner at at least one holding point or reception point that is distant from the origin ; - a light lens is aligned relative to a lateral face of the lamp housing , which lateral face continues an area spanned by a circumferential edge delimiting a light-emitting opening of the lamp housing , and is disposed on the lateral face with an edge area designed corresponding to the lateral face continuing the area spanned by the edge ; - the light lens is pressed against the lateral face in the edge area ; - a laser beam is directed at a weld zone to be formed between the lateral face of the lamp housing held or received in the welding tool receptacle and the edge area of the light lens aligned relative to the lateral face of the lamp housing ; - the laser beam is guided along the weld zone ; and - the lamp housing connected in this manner to the light lens is removed from the welding tool receptacle . - a lamp housing is held or received in a fixed-mounted manner in a welding tool receptacle at a zero point that is stationary relative to an origin , and held or received in a float-mounted manner at at least one holding point or reception point that is distant from the origin ; - a light lens is aligned relative to a lateral face of the lamp housing , which lateral face continues an area spanned by a circumferential edge delimiting a light-emitting opening of the lamp housing , and is disposed on the lateral face with an edge area designed corresponding to the lateral face continuing the area spanned by the edge ; - the light lens is pressed against the lateral face in the edge area ; - a laser beam is directed at a weld zone to be formed between the lateral face of the lamp housing held or received in the welding tool receptacle and the edge area of the light lens aligned relative to the lateral face of the lamp housing ; - the laser beam is guided along the weld zone ; and - the lamp housing connected in this manner to the light lens is removed from the welding tool receptacle .