mhurhangee/patent-ind-claim-en huggingface dataset:
An ice maker 52: having an ice making tray with an array of individual ice cube compartments , a transverse axis and at least one pivot axle not aligned with the transverse axis, wherein the ice making tray defines a median wall extending along the transverse axis; and a mechanical oscillating mechanism coupled to said ice making tray , wherein said oscillating mechanism rotates said ice making tray about the transverse axis at an angle Φ of about 20° to about 40° such that water in said ice making tray cascades over the median wall ; characterized in that the median wall has a uniform height along the length of the wall. having an ice making tray with an array of individual ice cube compartments , a transverse axis and at least one pivot axle not aligned with the transverse axis, wherein the ice making tray defines a median wall extending along the transverse axis; and a mechanical oscillating mechanism coupled to said ice making tray , wherein said oscillating mechanism rotates said ice making tray about the transverse axis at an angle Φ of about 20° to about 40° such that water in said ice making tray cascades over the median wall ; characterized in that the median wall has a uniform height along the length of the wall.
Inductive sensor for monitoring the position of a traction cable of a cable car system , the sensor comprising a sensor coil having two coil terminals and a sensor evaluation unit which is connected to the two coil terminals , characterized in that the sensor coil is designed so as to have a first winding part and a second winding part connected thereto, the first winding part and the second winding part being wound in opposite directions and the first winding part being connected to a first coil terminal and the second winding part being connected to a second coil terminal , and in that the sensor coil is designed to be operatively connected to the traction cable and the sensor evaluation unit is designed to detect and evaluate a change in position of the traction cable relative to the sensor .
Motor vehicle power train arrangement comprising a heat engine having a rotational axis holding a drive gearwheel in conjoint rotation with an actuating system arranged at the end of an actuating shaft of an electric machine , said rotational axis and said actuating shaft being substantially parallel, characterized in that the electric machine is arranged opposite the timing surface of the heat engine.
An automatic lock with a latch , with at least one locking element drivable via a drive rod , with an adjustable blocking element for the optional blocking or releasing of the movement of the drive rod , and with a drive device for driving the drive rod from the locked position of the locking element into an unlocked position, characterized in that the locking element can be moved independently from the unlocked position into the locked position, that the blocking element supports the drive rod in the blocking position, so that the locking element is held in the unlocked position and that the blocking element in a release position releases the movement of the drive rod and that the drive rod is supported in its uppermost position by the blocking element located in the blocking position.
A computer-implemented method of detecting data leakage, the method comprising: performing , by a host external to a firewall of an enterprise, a sweep of online information for a candidate data leakage to generate an online data set; the host performing an analysis of the online data set to determine that the online information is the candidate data leakage , based on a context of the online data; the host encrypting the data communication and providing the host-encrypted data communication to a software agent at the enterprise; in response to receiving the host-encrypted data communication, and by using a common encryption key, the software agent encrypting a database of enterprise information and re-encrypting the host-encrypted data communication; providing the software agent-encrypted database of enterprise communication and the re-encrypted data communication to the host; the host decrypting a host-encrypted aspect of the re-encrypted data communication to generate a software agent-encrypted data communication; performing a matching operation to determine whether a match exists between the encrypted database of information and the software agent-encrypted data communication; for the match determined to exist , the host reporting the match to the software agent, and the software agent taking a first action; and for the match determined to not exist , the host taking a second action. performing , by a host external to a firewall of an enterprise, a sweep of online information for a candidate data leakage to generate an online data set; the host performing an analysis of the online data set to determine that the online information is the candidate data leakage , based on a context of the online data; the host encrypting the data communication and providing the host-encrypted data communication to a software agent at the enterprise; in response to receiving the host-encrypted data communication, and by using a common encryption key, the software agent encrypting a database of enterprise information and re-encrypting the host-encrypted data communication; providing the software agent-encrypted database of enterprise communication and the re-encrypted data communication to the host; the host decrypting a host-encrypted aspect of the re-encrypted data communication to generate a software agent-encrypted data communication; performing a matching operation to determine whether a match exists between the encrypted database of information and the software agent-encrypted data communication; for the match determined to exist , the host reporting the match to the software agent, and the software agent taking a first action; and for the match determined to not exist , the host taking a second action.
Method for safeguarding a machine , in which a first machine part executes a working movement along a first direction of movement against a second machine part in order to deform a workpiece which has a section which, when the first machine part acts, moves at least partially towards a front side of the first machine part or of the second machine part in a second direction of movement which crosses the first direction of movement , wherein a sensor is arranged on a surface portion of the front side of a housing of the first machine part or of the second machine part , having a sensor surface extending over the surface portion, wherein the sensor is being arranged on the surface portion such that it lies between the moving portion of the workpiece and the housing , and the sensor surface faces an operator of the machine , and wherein the sensor surface registers an approach and/or a contact of the section of the workpiece or an object connected thereto moving towards the first machine part or the second machine part and sends a signal to a controller, the controller triggering a safety-related action in response to the signal.
A pour spout with an elongate conduit portion projecting from a coupling cap portion , wherein a pour channel extends in a longitudinal direction through the conduit portion, wherein the coupling cap portion is arranged for coupling to a container with the pour channel in communication with an opening of the container, wherein at least one sealing surface of the coupling cap portion is arranged for sealingly engaging the container around the opening, wherein the coupling cap portion has an internal end surface having an outer circumferential portion extending in a plane , wherein the longitudinal direction of the conduit portion is oriented at an oblique angle relative to said plane, characterized in that: a venting channel interrupts the at least one sealing surface for allowing venting of the container through a passage between the coupling cap portion and a portion of the container facing the venting channel, the venting channel is provided on one single lateral side of the coupling cap portion only, and the lateral side where the venting channel is provided is in a radial direction in which an angle between the longitudinal direction of the conduit portion and the plane is smallest. a venting channel interrupts the at least one sealing surface for allowing venting of the container through a passage between the coupling cap portion and a portion of the container facing the venting channel, the venting channel is provided on one single lateral side of the coupling cap portion only, and the lateral side where the venting channel is provided is in a radial direction in which an angle between the longitudinal direction of the conduit portion and the plane is smallest.
A rotary actuator comprising: a housing comprising a first interior surface that defines an arcuate chamber, the arcuate chamber comprising a cavity , a fluid port in fluid communication with the cavity , and an open end , the housing comprising a mounting lug that projects radially outward from a cylindrical exterior portion of the housing at a mounting end of the housing , the mounting lug providing a mounting point for removably affixing the rotary actuator to an external mounting surface; a rotor assembly rotatably journaled in the housing and comprising a rotary output shaft and a rotor arm extending radially outward from the rotary output shaft ; and an arcuate-shaped piston disposed in the housing for reciprocal movement in the arcuate chamber through the open end , wherein a seal, the cavity , and the piston define a pressure chamber, and a portion of the piston connects to the rotor arm , characterised by a support ring about the housing , the support ring comprising a second mounting lug that projects radially outward from a cylindrical exterior portion of the support ring . a housing comprising a first interior surface that defines an arcuate chamber, the arcuate chamber comprising a cavity , a fluid port in fluid communication with the cavity , and an open end , the housing comprising a mounting lug that projects radially outward from a cylindrical exterior portion of the housing at a mounting end of the housing , the mounting lug providing a mounting point for removably affixing the rotary actuator to an external mounting surface; a rotor assembly rotatably journaled in the housing and comprising a rotary output shaft and a rotor arm extending radially outward from the rotary output shaft ; and an arcuate-shaped piston disposed in the housing for reciprocal movement in the arcuate chamber through the open end , wherein a seal, the cavity , and the piston define a pressure chamber, and a portion of the piston connects to the rotor arm , characterised by a support ring about the housing , the support ring comprising a second mounting lug that projects radially outward from a cylindrical exterior portion of the support ring .
A nozzle for hydraulic blow molding of a preform into a plastic container, the nozzle comprising: a nozzle body having a main bore extending therethrough from an inlet for introducing a molding medium into the main bore to an outlet for ejecting the molding medium, portions of the main bore defining a valve seat ; a seal pin received in the main bore and moveable between a closed position and an opened position, the seal pin including portions defining a sealing surface and further having a central bore extending therethrough from an entrance orifice to an exit orifice , the exit orifice being provided within a nipple on a distal end of the seal pin , , the molding medium flowing through the central bore and being ejected from the exit orifice ,, and a valve associated with the central bore , the valve being moveable between an open position and a closed position, in the closed position, the valve preventing the flow of the molding medium in liquid form through the central bore and into the preform , characterized in that , in the closed position of the seal pin , the sealing surface engages the valve seat and closes off the main bore from the outlet , and in the opened position of the seal pin , the sealing surface is disengaged from the valve seat and the nipple is withdrawn from the nozzle outlet , the exit orifice opening into the main bore . a nozzle body having a main bore extending therethrough from an inlet for introducing a molding medium into the main bore to an outlet for ejecting the molding medium, portions of the main bore defining a valve seat ; a seal pin received in the main bore and moveable between a closed position and an opened position, the seal pin including portions defining a sealing surface and further having a central bore extending therethrough from an entrance orifice to an exit orifice , the exit orifice being provided within a nipple on a distal end of the seal pin , , the molding medium flowing through the central bore and being ejected from the exit orifice ,, and a valve associated with the central bore , the valve being moveable between an open position and a closed position, in the closed position, the valve preventing the flow of the molding medium in liquid form through the central bore and into the preform , characterized in that , in the closed position of the seal pin , the sealing surface engages the valve seat and closes off the main bore from the outlet , and in the opened position of the seal pin , the sealing surface is disengaged from the valve seat and the nipple is withdrawn from the nozzle outlet , the exit orifice opening into the main bore .
Surgical implant for fixing of at least two adjacent bone elements of a patient, characterized in that it consists of a curved rod intended to be inserted first into a borehole made in the at least two bone elements and at least one separate helical element intended to be inserted secondly on said rod, the whole when implemented forming a screw; and that - the helical element is a filled solid helically shaped comprising at least one core and a thread ; - said rod comprises on its outer surface, as many guide elements in the form of an helical groove as helical elements , said guide elements in the form of helical groove each having an opening over all or part of their length in the direction of the bone element, and - each of said at least one helical element comprises a core of shape and dimensions complementary to the shape and dimensions of the at least one guide element with an helical groove shape in order to be able to be inserted and slide in said groove and an anchoring element present over all or part of the length of the core and protruding through the opening in the direction of the bone element. - the helical element is a filled solid helically shaped comprising at least one core and a thread ; - said rod comprises on its outer surface, as many guide elements in the form of an helical groove as helical elements , said guide elements in the form of helical groove each having an opening over all or part of their length in the direction of the bone element, and - each of said at least one helical element comprises a core of shape and dimensions complementary to the shape and dimensions of the at least one guide element with an helical groove shape in order to be able to be inserted and slide in said groove and an anchoring element present over all or part of the length of the core and protruding through the opening in the direction of the bone element.
A pulsed laser system comprising: a laser source that generates a laser beam ; a scanner that controls the location of a beam focal point of the laser beam and also the location of a photodisruption formed at the beam focal point in a cornea of an eye; a computer that generates instructions to the laser source and scanner to direct the formation of a regular photodisruption pattern in the cornea; and a noise source that disturbs the location of each photodisruption to cause an irregular photodisruption pattern to form in the cornea, such that diffraction of light by the cornea after formation of the photodisruption pattern is decreased or avoided, characterised in that the system further comprises one or more control elements, wherein the noise source is configured to disturb one or more control elements of the scanner by introducing noise into an electrical signal received by the control element after the signal has left the computer or by physically moving the control element. a laser source that generates a laser beam ; a scanner that controls the location of a beam focal point of the laser beam and also the location of a photodisruption formed at the beam focal point in a cornea of an eye; a computer that generates instructions to the laser source and scanner to direct the formation of a regular photodisruption pattern in the cornea; and a noise source that disturbs the location of each photodisruption to cause an irregular photodisruption pattern to form in the cornea, such that diffraction of light by the cornea after formation of the photodisruption pattern is decreased or avoided, characterised in that the system further comprises one or more control elements, wherein the noise source is configured to disturb one or more control elements of the scanner by introducing noise into an electrical signal received by the control element after the signal has left the computer or by physically moving the control element.
A system, comprising: an antenna configured to concurrently receive a plurality of signals from a corresponding plurality of satellites , each of the satellites transmitting an analog signal having a distinct center frequency (FC1, FC2, ...) within a corresponding frequency band (Sbw1, Sbw2, ...); a plurality of digitizers , each configured to receive from the antenna an analog signal of raw spectrum samples within one of the frequency bands, digitize the received analog signal, and form the digitized received analog signal into raw frames ; a first memory system configured to store the raw frames; a plurality of processing cores each configured to: access the raw frames from the digitizers and from the first memory system; process the raw frames in parallel; extract a plurality of independent signals from the raw frames, each of the independent signals corresponding to one of the frequency bands; and process the plurality of independent signals into processed frames; a second memory system configured to store the processed frames; and an output interface configured to selectively supply the processed frames of the independent signals from the processing cores and the second memory system to one or more content receivers in response to a corresponding request from the one or more content receivers. an antenna configured to concurrently receive a plurality of signals from a corresponding plurality of satellites , each of the satellites transmitting an analog signal having a distinct center frequency (FC1, FC2, ...) within a corresponding frequency band (Sbw1, Sbw2, ...); a plurality of digitizers , each configured to receive from the antenna an analog signal of raw spectrum samples within one of the frequency bands, digitize the received analog signal, and form the digitized received analog signal into raw frames ; a first memory system configured to store the raw frames; a plurality of processing cores each configured to: access the raw frames from the digitizers and from the first memory system; process the raw frames in parallel; extract a plurality of independent signals from the raw frames, each of the independent signals corresponding to one of the frequency bands; and process the plurality of independent signals into processed frames; access the raw frames from the digitizers and from the first memory system; process the raw frames in parallel; extract a plurality of independent signals from the raw frames, each of the independent signals corresponding to one of the frequency bands; and process the plurality of independent signals into processed frames; a second memory system configured to store the processed frames; and an output interface configured to selectively supply the processed frames of the independent signals from the processing cores and the second memory system to one or more content receivers in response to a corresponding request from the one or more content receivers.
A cordless welding machine comprising: first and second batteries (B1, B2) being connected to provide a current output of at least 40 amps; a ground clamp (GC) connected to the first and second batteries; a first welding electrode (SC) connected to the first and second batteries; and a charger circuit electrically connectable to an a.c. source for charging the first and second batteries; characterized in that the first and second batteries (B1, B2) are removable power tool batteries connectable to a power tool and wherein the first and second batteries are connected in parallel. first and second batteries (B1, B2) being connected to provide a current output of at least 40 amps; a ground clamp (GC) connected to the first and second batteries; a first welding electrode (SC) connected to the first and second batteries; and a charger circuit electrically connectable to an a.c. source for charging the first and second batteries; characterized in that the first and second batteries (B1, B2) are removable power tool batteries connectable to a power tool and wherein the first and second batteries are connected in parallel.
A pressure relief device, comprising: a cannula body having a proximal end and a distal end with a thread extending along at least a portion of the cannula body from the distal end toward the proximal end; a proximal end cap connected to the proximal end of the cannula body; a chamber connected between the cannula body and the proximal end cap and comprising a plurality of apertures extending therethrough; a proximal seal enclosed between the proximal end cap and the chamber; first and second distal seals stacked directly onto each other and enclosed between the chamber and the proximal end of the cannula body. a cannula body having a proximal end and a distal end with a thread extending along at least a portion of the cannula body from the distal end toward the proximal end; a proximal end cap connected to the proximal end of the cannula body; a chamber connected between the cannula body and the proximal end cap and comprising a plurality of apertures extending therethrough; a proximal seal enclosed between the proximal end cap and the chamber; first and second distal seals stacked directly onto each other and enclosed between the chamber and the proximal end of the cannula body.
A composition comprising saposin C and dioleoylphosphatidylserine, SapC-DOPS, for use in a method of treating a malignant solid tumor in a patient in need thereof, the method comprising administering to the patient a combination of SapC-DOPS and fractionated radiation therapy, wherein the fractionated radiation therapy comprises a plurality of radiation fractions, each of said fractions delivering a radiation dose lower than a dose effective to inhibit tumor growth when administered alone, and further wherein one or more fractions of the fractionated radiation therapy are administered prior to the SapC-DOPS, and: (a) one or more additional fractions are administered after the SapC-DOPS; (b) one or more additional fractions are administered contemporaneously with the SapC-DOPS; and/or (c) SapC-DOPS and additional fractions are administered in overlapping or alternating sequences. (a) one or more additional fractions are administered after the SapC-DOPS; (b) one or more additional fractions are administered contemporaneously with the SapC-DOPS; and/or (c) SapC-DOPS and additional fractions are administered in overlapping or alternating sequences.