mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling the operation of a crusher, wherein the method comprises measuring a quantity related to stress to which the crusher is exposed during the crushing of material; determining a deviation value (dev) of the quantity related to stress; comparing the determined deviation value (dev) to a reference deviation value (dev_ref); characterized in that in response to the deviation value (dev) differing from the reference deviation value (dev_ref), adjusting a default setting (Phigh) of the quantity related to stress. measuring a quantity related to stress to which the crusher is exposed during the crushing of material; determining a deviation value (dev) of the quantity related to stress; comparing the determined deviation value (dev) to a reference deviation value (dev_ref); characterized in that in response to the deviation value (dev) differing from the reference deviation value (dev_ref), adjusting a default setting (Phigh) of the quantity related to stress.
A handheld tool ( 100, 200) comprising: a pole member ( 102, 202) having a first end ( 104, 204) and a second end ( 106, 206) distal to the first end ( 104, 204); an implement member ( 112, 212) operably disposed at the first end ( 104, 204) of the pole member ( 102, 202); a handle member ( 124, 224) associated with the pole member ( 102, 202), and at least one holding bar ( 140, 240) extending outwardly from the pole member ( 102, 202), the holding bar ( 140, 240) being adapted to rotate about the pole member (102, 202) the handheld tool (100, 200) further includes at least one gripping handle (130, 230), wherein the at least one gripping handle (130, 230) includes a second cylindrical portion (134, 234) provided with at least one rib (136, 236); characterized in that: the at least one rib is a spiral rib, wherein the holding bar ( 140, 240) includes a clamping portion ( 148, 248) conforming to one of the gripping handle ( 130, 230) and the pole member ( 102, 202), and wherein the clamping portion ( 148, 248) is adapted to be moved along the spiral rib to move the holding bar ( 140, 240) on the pole member ( 102, 202). a pole member ( 102, 202) having a first end ( 104, 204) and a second end ( 106, 206) distal to the first end ( 104, 204); an implement member ( 112, 212) operably disposed at the first end ( 104, 204) of the pole member ( 102, 202); a handle member ( 124, 224) associated with the pole member ( 102, 202), and at least one holding bar ( 140, 240) extending outwardly from the pole member ( 102, 202), the holding bar ( 140, 240) being adapted to rotate about the pole member (102, 202) the handheld tool (100, 200) further includes at least one gripping handle (130, 230), wherein the at least one gripping handle (130, 230) includes a second cylindrical portion (134, 234) provided with at least one rib (136, 236); characterized in that: the at least one rib is a spiral rib, wherein the holding bar ( 140, 240) includes a clamping portion ( 148, 248) conforming to one of the gripping handle ( 130, 230) and the pole member ( 102, 202), and wherein the clamping portion ( 148, 248) is adapted to be moved along the spiral rib to move the holding bar ( 140, 240) on the pole member ( 102, 202). the at least one rib is a spiral rib, wherein the holding bar ( 140, 240) includes a clamping portion ( 148, 248) conforming to one of the gripping handle ( 130, 230) and the pole member ( 102, 202), and wherein the clamping portion ( 148, 248) is adapted to be moved along the spiral rib to move the holding bar ( 140, 240) on the pole member ( 102, 202).
An auto-adjusting device for a binding system for a metallurgical furnace, comprising: a gauge or sensor that measures one of either the furnace binding forces, or the pressure of a hydraulic system that applies load to the furnace; and a load adjustment mechanism responsive to a measurement by the gauge or sensor that exceeds a predetermined amount, either above or below the desired load, and then automatically adjusts the load of the binding system, wherein the load adjustment mechanism comprises a hydraulic motor and a gear train (3, 4, 5), said gear train (3, 4, 5) comprising a gear nut, the auto-adjusting device for a binding system for a metallurgical furnace further comprising: a load cell that measures the furnace binding forces and determines when the load varies by more than a pre-defined limit from a set point; and a hub and a hydraulic cylinder in series with the hydraulic motor and gear train (3, 4, 5). a gauge or sensor that measures one of either the furnace binding forces, or the pressure of a hydraulic system that applies load to the furnace; and a load adjustment mechanism responsive to a measurement by the gauge or sensor that exceeds a predetermined amount, either above or below the desired load, and then automatically adjusts the load of the binding system, a load cell that measures the furnace binding forces and determines when the load varies by more than a pre-defined limit from a set point; and a hub and a hydraulic cylinder in series with the hydraulic motor and gear train (3, 4, 5).
An information code reader comprising: an illumination source that is adapted to radiate light of a first wavelength band, a light-receiving sensor that is adapted to receive light of a second wavelength band, and decoding means for decoding an information code based on information indicative of the light received by the light-receiving sensor, characterized in that the illumination source is adapted to radiate the light of the first wavelength band to an information code medium having a light transmissive object which is transmissive to visible light, wherein the information code is formed in the object as a light transmissive code which is transmissive in a visible-light environment, the information code i) producing no image in the visible-light environment and ii) producing an image showing a configuration of the information code in response to radiation of light of the first wavelength band to the object, the image being produced on light of the second wavelength band differing from the first wavelength band, the light of the first wavelength band being different from the visible light; and the light-receiving sensor is adapted to receive the light of the second wavelength band emanated from the information code when the light of the first wavelength band is radiated to the information code medium. an illumination source that is adapted to radiate light of a first wavelength band, a light-receiving sensor that is adapted to receive light of a second wavelength band, and decoding means for decoding an information code based on information indicative of the light received by the light-receiving sensor, characterized in that the illumination source is adapted to radiate the light of the first wavelength band to an information code medium having a light transmissive object which is transmissive to visible light, wherein the information code is formed in the object as a light transmissive code which is transmissive in a visible-light environment, the information code i) producing no image in the visible-light environment and ii) producing an image showing a configuration of the information code in response to radiation of light of the first wavelength band to the object, the image being produced on light of the second wavelength band differing from the first wavelength band, the light of the first wavelength band being different from the visible light; and the light-receiving sensor is adapted to receive the light of the second wavelength band emanated from the information code when the light of the first wavelength band is radiated to the information code medium.
Device for the allocation of radio resources to an uplink associated with a downlink, where said uplink and downlink are established between a non-wireline communication terminal and a non-wireline communication network, characterised in that it comprises i) analysis means arranged to analyse the traffic on said downlink so as to detect the end of a transmission of data groups on said downlink, and ii) allocation means arranged, in the event of detection by said analysis means of the end of a transmission of data groups on said downlink, to allocate radio resources to said uplink after a delay of a chosen duration in order to anticipate a potential need for radio resources for the transmission of data by said terminal on said uplink subsequent to reception by said terminal of said data transmitted over said downlink.
A method of forming a pressure sensor assembly, the method comprising: forming an inlet channel by brazing a transition portion to a pressure port with a high temperature brazing process; characterised in that the transition portion and the pressure port are both hollow tubular members and are formed of different materials, the pressure port including a base and a projection extending therefrom; the method further characterised in that after the inlet channel is formed, joining a header and a sensor to the pressure port with a soldering process that is at a lower temperature than the high temperature brazing process, wherein the header is joined to the base of the pressure port and the sensor is joined to the projection of the pressure port and is in fluid communication with a fluid to be measured through the pressure port; and welding a cover to the header. forming an inlet channel by brazing a transition portion to a pressure port with a high temperature brazing process; characterised in that the transition portion and the pressure port are both hollow tubular members and are formed of different materials, the pressure port including a base and a projection extending therefrom; the method further characterised in that after the inlet channel is formed, joining a header and a sensor to the pressure port with a soldering process that is at a lower temperature than the high temperature brazing process, wherein the header is joined to the base of the pressure port and the sensor is joined to the projection of the pressure port and is in fluid communication with a fluid to be measured through the pressure port; and welding a cover to the header.
A method for estimating, by a test-service computer system providing a run-time administrative web page displayed on a computer display screen, a duration of an automated web-page test that is displayed on a computer display screen, said run-time administrative web page comprising: information related to a currently executing test; and a test-progress feature that displays an indication of a remaining time needed to complete the test, wherein the test-service computer system computes the remaining time needed to complete the test; the method comprising: computationally transforming input parameters from the experiment domain to the factor-levels domain, wherein each factor is a feature, or group of related features, on a displayed web page that the tester wishes to alter in order to determine whether or not to alter the feature in order to optimize the web page with respect to one or more optimization goals and each experiment corresponds to an altered web page that is displayed to users during the test run; finding, by the test-service computer system, a sample size for the web-page test necessary to achieve a pre-specified level of statistical significance by computing a sample size such that estimates of the factor-level effects satisfy a specified significance level; and dividing, by the test-service computer system, the sample size by an average rate of page access, wherein the various alternatives for each factor are referred to as factor levels and the sample size is a number of web-site viewers who access a displayed web page under test.
An article of footwear, comprising: an injection-molded unitary component, which is a cushioning element having a polymeric layer thermally bonded to a foam component, the foam component having an exterior surface, which is oriented towards the exterior facing side or surface of the article of footwear, the foam component comprising a foamed first thermoplastic composition, wherein the foamed first thermoplastic composition is a multicellular foam having an open cell foam microstructure; and the polymeric layer comprising a second thermoplastic composition disposed on at least a portion of the exterior surface of the foam component; wherein the polymeric layer forms a water-resistant barrier on the at least a portion of the exterior surface of the foam component. an injection-molded unitary component, which is a cushioning element having a polymeric layer thermally bonded to a foam component, the foam component having an exterior surface, which is oriented towards the exterior facing side or surface of the article of footwear, the foam component comprising a foamed first thermoplastic composition, wherein the foamed first thermoplastic composition is a multicellular foam having an open cell foam microstructure; and the polymeric layer comprising a second thermoplastic composition disposed on at least a portion of the exterior surface of the foam component; wherein the polymeric layer forms a water-resistant barrier on the at least a portion of the exterior surface of the foam component.
An encryption apparatus (14-1, 50), comprising: a divider for dividing transform coefficient encoded still image data or video data into a first element (a) and a second element (b); wherein dividing encoded still image data or video data is performed in the frequency domain or is performed at the bit string level after decoding; a first generator for generating a first key; a second generator for generating a second key for at least every one image of the still image data or video data; an encryptor for generating an encrypted first portion (b1') by encrypting a first portion of the second element (b) of the image using the first key and the second key corresponding to the at least one image; and a composer for replacing a second portion of the second element (b) of the at least one image other than the first portion with the second key corresponding to the image and for composing the first element (a) of the image, the encrypted first portion (b1') of the second element (b), and the second key for at least every one image to generate an encrypted data. a divider for dividing transform coefficient encoded still image data or video data into a first element (a) and a second element (b); wherein dividing encoded still image data or video data is performed in the frequency domain or is performed at the bit string level after decoding; a first generator for generating a first key; a second generator for generating a second key for at least every one image of the still image data or video data; an encryptor for generating an encrypted first portion (b1') by encrypting a first portion of the second element (b) of the image using the first key and the second key corresponding to the at least one image; and a composer for replacing a second portion of the second element (b) of the at least one image other than the first portion with the second key corresponding to the image and for composing the first element (a) of the image, the encrypted first portion (b1') of the second element (b), and the second key for at least every one image to generate an encrypted data.
A waste collection container (10, 20) for reception by a waste collection vehicle by means of at least one reception means, in particular a reception bolt, wherein the at least one reception means is arranged at the container (10, 20) movable relative thereto, characterized in that the at least one reception means is mechanically connected to at least one hydraulic and/or pneumatic energy generator so that hydraulic and/or pneumatic energy can be generated on a relative movement of the reception means.
A friction bolt, for frictionally engaging the internal surface of a bore drilled into a rock strata, the friction bolt comprising; an elongate, generally circular tube (42, 70) which is split longitudinally for radial expansion, the tube having a leading end and a trailing end, and an expander mechanism disposed within the tube in the region of the leading end, for applying a load tending to expand at least a section of the tube radially, an elongate bar or cable (47, 71) disposed longitudinally within the tube and in connection at or towards a first end of the bar or cable with the expander mechanism and in connection at or towards a second and opposite end of the bar or cable with an anchor arrangement positioned at the trailing end of the tube, a ring welded to the trailing end of the tube and the bar or cable extending through the ring beyond the trailing end of the tube into connection with the anchor arrangement, characterized in that a restrainer (35, 60) member being disposed within the tube adjacent the ring, the restrainer member extending at least partly about the bar or cable and being in engagement with the bar or cable, the tube (42, 70) having a weakened region adjacent the ring and the restrainer member extending longitudinally within the tube past the weakened region in the direction of the leading end of the tube, the restrainer member (35, 60) including a projection (38, 66) that projects through the longitudinal split (12, 41) of the tube for engagement with the facing wall of a bore that the rock bolt is inserted into.
A catheter assembly (10A to 10D) comprising: a catheter; a catheter hub connected to the catheter; an inner needle removably inserted into the catheter; and a deflection suppressing member (20, 20A to 20D) that suppresses deflection of the inner needle by supporting the inner needle via the catheter on the distal end side of the catheter hub, said catheter assembly further comprises a needle hub connected to the inner needle; the deflection suppressing member (20, 20A to 20D) is supported so as to be movable relative to the needle hub in the axial direction; characterized in that the deflection suppressing member (20, 20A to 20D) is supported by the needle hub via a slide support body fixed to the needle hub and includes at a distal end thereof a support portion (34, 54, 54A to 54E) coming in contact with the catheter, and the support portion (34, 54, 54A to 54E) is movable relative to the catheter in the axial direction while maintaining a state of being in contact with the catheter. a catheter; a catheter hub connected to the catheter; an inner needle removably inserted into the catheter; and a deflection suppressing member (20, 20A to 20D) that suppresses deflection of the inner needle by supporting the inner needle via the catheter on the distal end side of the catheter hub, said catheter assembly further comprises a needle hub connected to the inner needle; the deflection suppressing member (20, 20A to 20D) is supported so as to be movable relative to the needle hub in the axial direction; characterized in that the deflection suppressing member (20, 20A to 20D) is supported by the needle hub via a slide support body fixed to the needle hub and includes at a distal end thereof a support portion (34, 54, 54A to 54E) coming in contact with the catheter, and the support portion (34, 54, 54A to 54E) is movable relative to the catheter in the axial direction while maintaining a state of being in contact with the catheter.
An iron-based piping element comprising a raw piping element, in particular made from cast iron, for a buried pipeline, comprising an outer coating, the raw piping element comprising a metal wall, the piping element being characterized in that the outer coating comprises: - a first layer situated on the raw piping element and comprising at least one porous layer of zinc/aluminum alloy containing 5 to 60 wt% of aluminum; - a second layer of adhesive situated on the first layer; and - a third layer situated on the second layer and comprising a synthetic organic material, the third layer forming a sealed barrier between the metal wall of the raw piping and the soil. - a first layer situated on the raw piping element and comprising at least one porous layer of zinc/aluminum alloy containing 5 to 60 wt% of aluminum; - a second layer of adhesive situated on the first layer; and - a third layer situated on the second layer and comprising a synthetic organic material, the third layer forming a sealed barrier between the metal wall of the raw piping and the soil.
A transdermal drug delivery system for use in the treatment of ophthalmic diseases having a structure that is a plaster layer containing a remedy for ophthalmic diseases and a pressure-sensitive adhesive provided on a support, and wherein the system is applied to a front skin surface of an eyelid to transfer the remedy for ophthalmic diseases in the plaster layer to an external ophthalmictissue including a conjunctiva, lacrimal tissue and cornea by percutaneous permeation substantially without being administered through a systemic blood flow, and wherein the pressure-sensitive adhesive is a rubber-based pressure-sensitive adhesive, acrylic pressure-sensitive adhesive or silicone-based pressure-sensitive adhesive.
Test system adapted for conducting tests on content, comprising a heating device for heating content comprising a mixture of a first and a second product, said heating device comprising: - a test container suitable for receiving the content, the test container comprising a rigid hollow body defining an inner space (Et) and extending longitudinally along a container axis (Xr) between a first end and a second end, the second end being closed, the test container comprising an inner surface defining the inner space and an outer surface opposite the inner surface, - a receiving container suitable for also receiving the test container, the receiving container comprising an inner surface oriented towards the outer surface of the test container and an outer surface opposite the inner surface, - an arm for mixing the content of the test container, and - a guide mechanism for guiding the arm within the inner space of the test container along the container axis (Xr), in a first direction and in a second direction that is opposite the first direction the test system being characterized in that it comprises: - a coil comprising induction turns that are fixed to the receiving container and extend helically and concentrically around the receiving container, and - a source of current suitable for supplying current to the induction turns. - a test container suitable for receiving the content, the test container comprising a rigid hollow body defining an inner space (Et) and extending longitudinally along a container axis (Xr) between a first end and a second end, the second end being closed, the test container comprising an inner surface defining the inner space and an outer surface opposite the inner surface, - a receiving container suitable for also receiving the test container, the receiving container comprising an inner surface oriented towards the outer surface of the test container and an outer surface opposite the inner surface, - an arm for mixing the content of the test container, and - a guide mechanism for guiding the arm within the inner space of the test container along the container axis (Xr), in a first direction and in a second direction that is opposite the first direction - a coil comprising induction turns that are fixed to the receiving container and extend helically and concentrically around the receiving container, and - a source of current suitable for supplying current to the induction turns.