mhurhangee/patent-ind-claim-en huggingface dataset:
A rotating cutting tool that is adapted to be internally cooled by cryogenic coolant, the rotating cutting tool comprising: a cylindrical body including: a central bore that extends along a longitudinal axis of the cylindrical body from a rear face thereof to a position proximate a front face thereof; a plurality of cold flow delivery paths formed from radial bores that fluidly communicate with and extend radially-outwardly from the central bore ; longitudinal grooves that are formed along a front portion of an outer surface of the cylindrical body extending along the longitudinal axis and fluidly communicating with the radial bores ; a bushing having an inner diameter closely conforming to the outer surface of the cylindrical body allowing the bushing to concentrically fit over the cylindrical body and the longitudinal grooves to form longitudinal passageways extending from the radial bores to one or more exhaust ports formed in the bushing proximate the rear face of the cylindrical body ; and a plurality of flutes for cutting a workpiece each having a cutting edge formed from the bushing , characterized in that the front face of the cylindrical body and of the bushing is machined to form flutes , and the outer surface of the bushing is machined to form flutes . a cylindrical body including: a central bore that extends along a longitudinal axis of the cylindrical body from a rear face thereof to a position proximate a front face thereof; a plurality of cold flow delivery paths formed from radial bores that fluidly communicate with and extend radially-outwardly from the central bore ; longitudinal grooves that are formed along a front portion of an outer surface of the cylindrical body extending along the longitudinal axis and fluidly communicating with the radial bores ; a central bore that extends along a longitudinal axis of the cylindrical body from a rear face thereof to a position proximate a front face thereof; a plurality of cold flow delivery paths formed from radial bores that fluidly communicate with and extend radially-outwardly from the central bore ; longitudinal grooves that are formed along a front portion of an outer surface of the cylindrical body extending along the longitudinal axis and fluidly communicating with the radial bores ; a bushing having an inner diameter closely conforming to the outer surface of the cylindrical body allowing the bushing to concentrically fit over the cylindrical body and the longitudinal grooves to form longitudinal passageways extending from the radial bores to one or more exhaust ports formed in the bushing proximate the rear face of the cylindrical body ; and a plurality of flutes for cutting a workpiece each having a cutting edge formed from the bushing , characterized in that the front face of the cylindrical body and of the bushing is machined to form flutes , and the outer surface of the bushing is machined to form flutes .
A dense boron nitride ceramic with high plasticity and high elasticity, characterized in that the ceramic has a room-temperature compressive strength of not less than about 400 MPa, a total room-temperature compressive strain of not less than about 9%, a room-temperature plastic strain of not less than about 4% and a room-temperature elastic strain of not less than about 4% as measured in the description.
A catheter assembly comprising: a urinary catheter having a proximal end portion and a distal end portion, the urinary catheter also having a catheter shaft including a proximal insertion end portion and a distal end portion having a drainage member associated therewith, the urinary catheter having a hydrophilic surface; a collapsible sleeve defining a compartment that contains at least a portion of the catheter shaft , a distal end portion of the sleeve being attached to the distal end portion of the urinary catheter ; an amount of liquid located within the compartment of the sleeve and in contact with the hydrophilic surface; an introducer located at a proximal end portion of the sleeve , the introducer including a passageway therethrough and a proximal opening for passage of the catheter shaft therethrough, the introducer including an insertable portion configured to be inserted into the opening of the urethra; and a removable cap covering the introducer ; characterized in that an internal surface of the cap includes an anti-leak element comprising a membrane that conforms to the insertable portion of the introducer . a urinary catheter having a proximal end portion and a distal end portion, the urinary catheter also having a catheter shaft including a proximal insertion end portion and a distal end portion having a drainage member associated therewith, the urinary catheter having a hydrophilic surface; a collapsible sleeve defining a compartment that contains at least a portion of the catheter shaft , a distal end portion of the sleeve being attached to the distal end portion of the urinary catheter ; an amount of liquid located within the compartment of the sleeve and in contact with the hydrophilic surface; an introducer located at a proximal end portion of the sleeve , the introducer including a passageway therethrough and a proximal opening for passage of the catheter shaft therethrough, the introducer including an insertable portion configured to be inserted into the opening of the urethra; and a removable cap covering the introducer ; characterized in that an internal surface of the cap includes an anti-leak element comprising a membrane that conforms to the insertable portion of the introducer .
A method comprising: receiving, by at least one processor associated with a vehicle, a first signal from a first input sensor section associated with the vehicle, wherein the first input sensor section comprises a plurality of keys of a keyboard disposed on a steering wheel of the vehicle, and the first signal is based at least in part on activating one or more of the plurality of keys; receiving, by the at least one processor, a second signal from a second input sensor section associated with the vehicle, wherein the first input sensor section and the second input sensor section are positioned on the steering wheel such that a hand that is used to actuate the elements of the second input sensor section is a different hand than the hand used to actuate the elements on the first input sensor section , and the second input sensor section comprises a toggle switch of the keyboard, wherein the toggle switch selects a set of symbols to ascribe to a set of keys of the keyboard , and the second signal is based at least in part on actuating the switch; determining, by the at least one processor, a symbol input associated with a textual message based at least in part on the first signal and second signal, wherein, based on the position of the toggle switch , a first set of symbols is ascribed to the keys , and at another position of the toggle switch, a second set of symbols is ascribed to the keys; and, providing, by the at least one processor, a display signal to a display provided on the steering wheel to display the symbol input. receiving, by at least one processor associated with a vehicle, a first signal from a first input sensor section associated with the vehicle, wherein the first input sensor section comprises a plurality of keys of a keyboard disposed on a steering wheel of the vehicle, and the first signal is based at least in part on activating one or more of the plurality of keys; receiving, by the at least one processor, a second signal from a second input sensor section associated with the vehicle, wherein the first input sensor section and the second input sensor section are positioned on the steering wheel such that a hand that is used to actuate the elements of the second input sensor section is a different hand than the hand used to actuate the elements on the first input sensor section , and the second input sensor section comprises a toggle switch of the keyboard, wherein the toggle switch selects a set of symbols to ascribe to a set of keys of the keyboard , and the second signal is based at least in part on actuating the switch; determining, by the at least one processor, a symbol input associated with a textual message based at least in part on the first signal and second signal, wherein, based on the position of the toggle switch , a first set of symbols is ascribed to the keys , and at another position of the toggle switch, a second set of symbols is ascribed to the keys; and, providing, by the at least one processor, a display signal to a display provided on the steering wheel to display the symbol input.
A lithographic apparatus comprising: a support frame (SF) supported by a base (BA) via a vibration isolation system; a projection system (PS) arranged to transfer a pattern from a patterning device (MA) onto a substrate (W), wherein said projection system (PS) comprises a first frame which is spring-supported by the support frame (SF); and an active damping system configured to damp movement of the first frame , characterized in that the active damping system comprises: a first sensor system (SE1) configured to provide a first sensor output (S1) representative of an absolute movement of the first frame , a first actuator system (AC1) arranged to apply a force between the first frame and the support frame (SF), and a controller (CS) configured to provide a drive signal to the first actuator system (AC1) based on the first sensor output (S1). a support frame (SF) supported by a base (BA) via a vibration isolation system; a projection system (PS) arranged to transfer a pattern from a patterning device (MA) onto a substrate (W), wherein said projection system (PS) comprises a first frame which is spring-supported by the support frame (SF); and an active damping system configured to damp movement of the first frame , characterized in that the active damping system comprises: a first sensor system (SE1) configured to provide a first sensor output (S1) representative of an absolute movement of the first frame , a first actuator system (AC1) arranged to apply a force between the first frame and the support frame (SF), and a controller (CS) configured to provide a drive signal to the first actuator system (AC1) based on the first sensor output (S1). a first sensor system (SE1) configured to provide a first sensor output (S1) representative of an absolute movement of the first frame , a first actuator system (AC1) arranged to apply a force between the first frame and the support frame (SF), and a controller (CS) configured to provide a drive signal to the first actuator system (AC1) based on the first sensor output (S1).
Method for the transmission of a control frame by a transmitting entity (EE1) to a receiving entity (ER1), using the WiFi protocol comprising a PLCP layer and an MAC layer, the control frame (RTS1) comprising an SIG header field (SIG') of the PLCP layer, characterized in that the method comprises a step (E2) of transfer of an MAC layer parameter (Partial RA), intended to identify an entity receiving the control frame, from the MAC layer to the PLCP layer, a step (E3) of insertion of said parameter into said SIG header field, and a single modulation step (E4), using a modulation technique relating to the PLCP layer, prior to a step (E5) of transmission of the modulated control frame.
A method for manufacturing at least one cutting edge structure comprising the steps of: providing a base structure of a first polymeric material; pressing at least one cutting edge template into said base structure ; removing said template to obtain at least one cavity in said base structure ; filling said at least one cavity with a second material , said second material being a precursor for a polymeric material; curing said second material ; and separating said base structure and said cured second polymeric material , said at least one cutting edge structure comprised of said cured second polymeric material , characterized in that said at least one cutting edge structure is a razor blade or a portion of a blade box . pressing at least one cutting edge template into said base structure ; removing said template to obtain at least one cavity in said base structure ; filling said at least one cavity with a second material , said second material being a precursor for a polymeric material; curing said second material ; and separating said base structure and said cured second polymeric material , said at least one cutting edge structure comprised of said cured second polymeric material , characterized in that said at least one cutting edge structure is a razor blade or a portion of a blade box .
A connector for a conduit of gases in an automobile, comprising a body in which a flow duct for gases runs from a first port to a second port , the body comprising a diagnostic duct which proceeds from a third port , characterised in that the diagnostic duct leads to an entrance which runs transversely to the diagnostic duct continuously from an upper body side to a lower body side, and the entrance is associated with sealing rings so that the entrance can be sealed gas-tight when the connector is mounted on a vehicle, by inserting a fastening part, preferably a fastening screw , through the entrance and the sealing rings .
An anti-corrosion metal pretreatment composition comprising components: a) from 10 to 2000 ppm of dissolved Group IVB metal; preferably Ti, Zr, most preferably Zr; b) from 1 to 50 ppm of dissolved copper; c) from 1 to 5000 ppm of at least one nitrogen containing organic polymer, dissolved and/or dispersed in the composition and comprising a plurality of organic amide functional groups and optionally amine and/or imidazoline functional groups; and d) water; said coating composition having a pH of from 2 to 6. a) from 10 to 2000 ppm of dissolved Group IVB metal; preferably Ti, Zr, most preferably Zr; b) from 1 to 50 ppm of dissolved copper; c) from 1 to 5000 ppm of at least one nitrogen containing organic polymer, dissolved and/or dispersed in the composition and comprising a plurality of organic amide functional groups and optionally amine and/or imidazoline functional groups; and d) water;
System for determining a pulse wave velocity , comprising: - an interface for receiving a signal of proximal blood pressure in an artery and for receiving a signal of distal blood pressure in this artery; - a processing device configured to: - determine a proximal rising edge between a diastolic pressure and a systolic pressure of the proximal-blood-pressure signal; - determine a distal rising edge between a diastolic pressure and a systolic pressure of the distal-blood-pressure signal; characterized in that the processing device is further configured to: - determine a proximal pressure peak prior to said proximal rising edge; - determine a distal pressure peak prior to said distal rising edge, and to determine whether the distal pressure peak is in phase advance with respect to the proximal pressure peak; - determine a propagation velocity of a backward pulse wave depending on the phase advance of the distal pressure peak with respect to the proximal pressure peak. - an interface for receiving a signal of proximal blood pressure in an artery and for receiving a signal of distal blood pressure in this artery; - a processing device configured to: - determine a proximal rising edge between a diastolic pressure and a systolic pressure of the proximal-blood-pressure signal; - determine a distal rising edge between a diastolic pressure and a systolic pressure of the distal-blood-pressure signal; - determine a proximal rising edge between a diastolic pressure and a systolic pressure of the proximal-blood-pressure signal; - determine a distal rising edge between a diastolic pressure and a systolic pressure of the distal-blood-pressure signal; - determine a proximal pressure peak prior to said proximal rising edge; - determine a distal pressure peak prior to said distal rising edge, and to determine whether the distal pressure peak is in phase advance with respect to the proximal pressure peak; - determine a propagation velocity of a backward pulse wave depending on the phase advance of the distal pressure peak with respect to the proximal pressure peak.
A composite membrane assembly comprising a plurality of composite plies stacked together, wherein each of the plurality of composite plies comprises: a main body of reinforced fibers connected together with a resin, wherein the main body includes a base connected to an opposed boundary surface through opposed ends and opposed sides , a longitudinal plane extending between the opposed ends and being parallel with one or both of the base and the opposed boundary surface , wherein a plurality of non-orthogonal cuts are formed through a thickness of the main body from the base to the boundary surface , wherein said plurality of non-orthogonal cuts form a non-orthogonal angle with respect to the longitudinal plane of the composite ply ; characterized in that the plurality of non-orthogonal cuts of one of the composite plies are opposite from the plurality of non-orthogonal cuts of an adjacent composite ply . a main body of reinforced fibers connected together with a resin, wherein the main body includes a base connected to an opposed boundary surface through opposed ends and opposed sides , a longitudinal plane extending between the opposed ends and being parallel with one or both of the base and the opposed boundary surface , wherein a plurality of non-orthogonal cuts are formed through a thickness of the main body from the base to the boundary surface , wherein said plurality of non-orthogonal cuts form a non-orthogonal angle with respect to the longitudinal plane of the composite ply ; characterized in that the plurality of non-orthogonal cuts of one of the composite plies are opposite from the plurality of non-orthogonal cuts of an adjacent composite ply .
A flow measurement device comprising: a pair of vibrators being placed in a flow path where a measured fluid flows for transmitting and receiving an ultrasonic wave; a transmission device for driving one vibrator; a reception unit for converting an output signal of the other receiving-side vibrator into an electric signal; a reception wave determination unit for outputting a signal when the signal of said reception unit reaches a predetermined value (V ref ); characterized by a reception point detection unit for outputting a signal when the signal of said reception unit enters a predetermined range for determining a zero-crossing point; a reception point storage unit for storing a plurality of zero-crossing point signals output from said reception point detection unit before the reception wave determination unit outputs the signal; a time count unit for counting the propagation time of an ultrasonic wave signal propagating between said vibrators by averaging an even number of two or more zero-crossing point signals stored in said reception point storage unit ; a flow rate computation unit for calculating the flow rate based on the time count difference of said time count unit ; and a control unit for controlling at least one of said transmission unit , said reception unit , said reception wave determination unit , said reception point detection unit , said reception point storage unit , said time count unit, and said flow rate computation unit. a pair of vibrators being placed in a flow path where a measured fluid flows for transmitting and receiving an ultrasonic wave; a transmission device for driving one vibrator; a reception unit for converting an output signal of the other receiving-side vibrator into an electric signal; a reception wave determination unit for outputting a signal when the signal of said reception unit reaches a predetermined value (V ref ); characterized by a reception point detection unit for outputting a signal when the signal of said reception unit enters a predetermined range for determining a zero-crossing point; a reception point storage unit for storing a plurality of zero-crossing point signals output from said reception point detection unit before the reception wave determination unit outputs the signal; a time count unit for counting the propagation time of an ultrasonic wave signal propagating between said vibrators by averaging an even number of two or more zero-crossing point signals stored in said reception point storage unit ; a flow rate computation unit for calculating the flow rate based on the time count difference of said time count unit ; and a control unit for controlling at least one of said transmission unit , said reception unit , said reception wave determination unit , said reception point detection unit , said reception point storage unit , said time count unit, and said flow rate computation unit.
An electro-optic distance measuring device comprising an electro-optic phase modulator, characterised in that the electro-optic modulator is an integrated electro-optic phase modulator which comprises an optical waveguide of a nonlinear optical material and electrodes arranged to generate an electrical field in a modulating region of the waveguide when a voltage is applied to the electrodes , and thereby to modulate the phase of light passing through the waveguide , and wherein the forward electro-optic response of the modulating region is the same as the backward electro-optic response, wherefore the electrodes comprise a first branch for influencing light in a first subregion of the modulation region and a second branch for influencing light in a second subregion of the modulation region , the first and second branch extending along the waveguide in opposite directions and each comprising a first electrode section connected at one end to an input strip and running along the waveguide and a second electrode section connected at one end to an output strip and running along the waveguide , wherein the input strip and output strip are located at a midpoint along the length of the electrodes .
A method of performing a redirect in a browser viewing a page in a first-party domain, comprising the steps of: checking, at an information processing apparatus comprising the browser, for the presence of a cookie in the browser associated with a third-party domain, and in the absence of the third-party cookie, the method comprises: redirecting the browser from the first-party domain to the third-party domain and, in response, returning from the third-party domain, a fixed value cookie for storage in the browser, the fixed value cookie being a piece of data with a value which does not change and which is the same irrespective of the user, whereby, at the information processing apparatus comprising the browser, the method further comprises: retrieving the fixed value cookie from the browser; calculating a persistent third-party cookie in response to retrieving the fixed value cookie and providing the persistent cookie to the browser for storage therein, wherein the persistent cookie includes information identifying the user of the browser.