mhurhangee/patent-ind-claim-en huggingface dataset:
A method for installing a liner in a large-diameter underground pipeline , having an interior surface , comprising the following steps, in sequence: preparing said interior surface by removing excess debris and dirt; placing a repair composite , in a dry, collapsed state into the pipeline, wherein the dry repair composite includes a calibration hose comprising a plastic, rubber or neoprene bladder, positioned within the centre of the repair composite; folding out the repair composite; wetting out said repair composite by application, using high pressure spray guns , of a resin to wet out the fibers of said repair composite within said pipeline; introducing pressurized fluid into the calibration hose after said repair composite has been fully wetted out to inflate the calibration hose; pressing the repair composite against the interior surface of the pipeline, using said inflated calibration hose, so that the repair composite bonds to the interior surface of the pipeline; and removing the calibration hose from the repair composite after the resin has fully cured. preparing said interior surface by removing excess debris and dirt; placing a repair composite , in a dry, collapsed state into the pipeline, wherein the dry repair composite includes a calibration hose comprising a plastic, rubber or neoprene bladder, positioned within the centre of the repair composite; folding out the repair composite; wetting out said repair composite by application, using high pressure spray guns , of a resin to wet out the fibers of said repair composite within said pipeline; introducing pressurized fluid into the calibration hose after said repair composite has been fully wetted out to inflate the calibration hose; pressing the repair composite against the interior surface of the pipeline, using said inflated calibration hose, so that the repair composite bonds to the interior surface of the pipeline; and removing the calibration hose from the repair composite after the resin has fully cured.
An RARγ agonist, or an ester or salt thereof for use in a method of ameliorating scar formation on the cornea and/or conjunctiva of a subject, wherein said RARγ agonist is (E)-4-(2-{3-[(1H-pyrazole-1-yl)methyl]-5,5,8,8-tetramethyl-5,6,7,8-tetrahydronaphthalene-2-yl}vinyl)benzoic acid, an ester thereof, or a salt thereof.
A method for producing a sugar crystal-containing liquid, wherein the method comprises steps of preparing a liquid supersaturated with sugar; and applying a shearing force to the supersaturated liquid, characterized in that the step of applying the shearing force is carried out under a homogenizing pressure of 2 to 90 MPa by a pressure homogenizer having a valve seat and a homogenizing valve , wherein said valve seat and said valve form a narrow space there between, and wherein the step of applying the shearing force comprises exerting said pressure on the liquid to make the liquid pass through said narrow space to thereby form a sugar crystal-containing liquid.
A protective contact socket, comprising a base comprising two plug-in connectors, which are spaced apart and between which a central receptacle is centrally arranged, and a socket cup comprising two guide grooves for a protective contact plug, said guide grooves each being formed by two projections (50a, 50b; 52a, 52b) spaced apart in parallel, wherein a cover is provided which can be pushed into the socket cup against the force of a spring element by a protective contact plug and a locking element is provided which is fastened to the cover and which locks the cover in a position pushed into the socket cup , characterized in that the central receptacle is a screw mount, the cover has a central assembly opening for the passage of a screwdriver and the locking element has an actuation ramp in the region of the assembly opening , said actuation ramp causing a displacement of the locking element when the screwdriver is pressed onto the actuation ramp, and the locking element releases the screw mount but covers the plug-in connectors in a locking position. a base comprising two plug-in connectors, which are spaced apart and between which a central receptacle is centrally arranged, and a socket cup comprising two guide grooves for a protective contact plug, said guide grooves each being formed by two projections (50a, 50b; 52a, 52b) spaced apart in parallel, wherein a cover is provided which can be pushed into the socket cup against the force of a spring element by a protective contact plug and a locking element is provided which is fastened to the cover and which locks the cover in a position pushed into the socket cup , characterized in that the central receptacle is a screw mount, the cover has a central assembly opening for the passage of a screwdriver and the locking element has an actuation ramp in the region of the assembly opening , said actuation ramp causing a displacement of the locking element when the screwdriver is pressed onto the actuation ramp, and the locking element releases the screw mount but covers the plug-in connectors in a locking position.
Piston for a two-stroke engine working with forward scavenging, wherein the piston has a piston crown and a piston skirt , wherein the central axis of the piston skirt forms a longitudinal central axis of the piston , wherein the piston has two piston bosses , in which piston pin receptacles are formed, wherein the central axis of the piston pin receptacles forms a transverse axis of the piston , wherein the piston has a central plane , which contains the longitudinal central axis of the piston and extends perpendicularly to the transverse axis of the piston , wherein the piston has at least one piston pocket , wherein at least one piston boss is joined to the piston skirt by way of at least one connecting rib , wherein the connecting rib extends on the side of the piston pocket which is averted from the piston crown , characterised in that a recess is formed between the connecting rib and the piston skirt .
An imaging apparatus comprising: a first display that is operable in a finder shooting mode of the imaging apparatus; a second display that is operable in a monitor shooting mode of the imaging apparatus; a speaker configured to output a sound effect in response to a predetermined operation; and a controller configured to control an output of the sound effect from the speaker ; characterized in that the controller is operable to: in a case where the controller determines that the imaging apparatus is set to the finder shooting mode, cause the speaker to output a sound effect having a first frequency characteristic in response to the predetermined operation; and in a case where the controller determines that the imaging apparatus is set to the monitor shooting mode, cause the speaker to output a sound effect having a second frequency characteristic in response to the predetermined operation, the second frequency characteristic being different from the first frequency characteristic, wherein the first frequency characteristic is a characteristic having attenuation more than the second frequency characteristic in a range higher than a predetermined frequency. a first display that is operable in a finder shooting mode of the imaging apparatus; a second display that is operable in a monitor shooting mode of the imaging apparatus; a speaker configured to output a sound effect in response to a predetermined operation; and a controller configured to control an output of the sound effect from the speaker ; characterized in that the controller is operable to: in a case where the controller determines that the imaging apparatus is set to the finder shooting mode, cause the speaker to output a sound effect having a first frequency characteristic in response to the predetermined operation; and in a case where the controller determines that the imaging apparatus is set to the monitor shooting mode, cause the speaker to output a sound effect having a second frequency characteristic in response to the predetermined operation, the second frequency characteristic being different from the first frequency characteristic, wherein the first frequency characteristic is a characteristic having attenuation more than the second frequency characteristic in a range higher than a predetermined frequency. in a case where the controller determines that the imaging apparatus is set to the finder shooting mode, cause the speaker to output a sound effect having a first frequency characteristic in response to the predetermined operation; and in a case where the controller determines that the imaging apparatus is set to the monitor shooting mode, cause the speaker to output a sound effect having a second frequency characteristic in response to the predetermined operation, the second frequency characteristic being different from the first frequency characteristic, wherein the first frequency characteristic is a characteristic having attenuation more than the second frequency characteristic in a range higher than a predetermined frequency.
A needle-free injection device for administering a medicinal product to an animal, the injection device comprising: - a container receiving receptacle adapted for receiving a container for containing the medicinal product to be administered; - a dispensing mechanism for causing the medicinal product in the container to be injected when said mechanism is operated; characterised by - a RFID system associated with the container receiving receptacle capable of communicating with a RFID tag associated with the container and enabling an administration of the medicinal product under given conditions, wherein the RFID system comprises an antenna arranged at least partially covering the RFID tag ; and - a contact sensor for operating the dispensing mechanism when the injection device is pressed onto an animal's skin. - a container receiving receptacle adapted for receiving a container for containing the medicinal product to be administered; - a dispensing mechanism for causing the medicinal product in the container to be injected when said mechanism is operated; characterised by - a RFID system associated with the container receiving receptacle capable of communicating with a RFID tag associated with the container and enabling an administration of the medicinal product under given conditions, wherein the RFID system comprises an antenna arranged at least partially covering the RFID tag ; and - a contact sensor for operating the dispensing mechanism when the injection device is pressed onto an animal's skin.
Floating device (B, B'), for blocking and recovering pollutants dispersed in environmental sites provided with water (A), comprising at least one hollow elongated body , capable to be disposed on the water (A), provided with an inner surface , capable for receiving said pollutants, and an external surface capable to be in contact with the water (A), when in use, on a portion of said external surface , an opening is obtained for the entry of said pollutants inside said at least one hollow body , when said floating device (B, B') is in use immersed in water (A) this one has a first portion immersed in water (A) and a second portion emerging from the water (A), said opening arranges itself in correspondence of the water surface (A), it comprises at least one stabilizing element coupled to said first portion , said floating device (B, B') is characterized in that said stabilizing element is provided with a first end and a second end opposite said first end , wherein said first end is substantially wedge-shaped and is positioned at said opening , in such a way as to make contact with the pollutants present on the surface of the water (A), and in that said second end has a substantially rounded shape for favouring the stabilization and the floating. in that said stabilizing element is provided with a first end and a second end opposite said first end , wherein said first end is substantially wedge-shaped and is positioned at said opening , in such a way as to make contact with the pollutants present on the surface of the water (A), and in that said second end has a substantially rounded shape for favouring the stabilization and the floating.
A cam lock assembly kit , comprising: a first cam with a first through cam hole ; a second cam with a second through cam hole , wherein the second through cam hole is of a different shape than the first through cam hole ; a bolt with a male thread ; a cam lock base comprising an axle to receive mechanical rotation from a first end of the axle and transmit the rotation to a second end of the axle , the second end of the axle comprising a hollow with a female thread to couple with the male thread of the bolt ; a first adapter and a second adapter , each of the first adapter and the second adapter comprising a main profile dimensioned to clearance fit into the hollow of the cam lock base , and a through adapter hole dimensioned to receive the male thread of the bolt to couple with the female thread of the hollow of the axle , and the first adapter comprising a first auxiliary profile dimensioned to clearance fit the first through cam hole of the first cam , and the second adapter comprising a second auxiliary profile dimensioned to clearance fit the second through cam hole of the second cam , wherein, when assembled, the bolt couples either the first cam between the first adapter and the second end of the axle , or the second cam between the second adapter and the second end of the axle . a first cam with a first through cam hole ; a second cam with a second through cam hole , wherein the second through cam hole is of a different shape than the first through cam hole ; a bolt with a male thread ; a cam lock base comprising an axle to receive mechanical rotation from a first end of the axle and transmit the rotation to a second end of the axle , the second end of the axle comprising a hollow with a female thread to couple with the male thread of the bolt ; a first adapter and a second adapter , each of the first adapter and the second adapter comprising a main profile dimensioned to clearance fit into the hollow of the cam lock base , and a through adapter hole dimensioned to receive the male thread of the bolt to couple with the female thread of the hollow of the axle , and the first adapter comprising a first auxiliary profile dimensioned to clearance fit the first through cam hole of the first cam , and the second adapter comprising a second auxiliary profile dimensioned to clearance fit the second through cam hole of the second cam , each of the first adapter and the second adapter comprising a main profile dimensioned to clearance fit into the hollow of the cam lock base , and a through adapter hole dimensioned to receive the male thread of the bolt to couple with the female thread of the hollow of the axle , and the first adapter comprising a first auxiliary profile dimensioned to clearance fit the first through cam hole of the first cam , and the second adapter comprising a second auxiliary profile dimensioned to clearance fit the second through cam hole of the second cam , wherein, when assembled, the bolt couples either the first cam between the first adapter and the second end of the axle , or the second cam between the second adapter and the second end of the axle .
Blank for producing a dental element, the blank having a cylindrical base body with a top surface , a base surface and a lateral surface , wherein a positioning groove is provided in the lateral surface , wherein the blank has a first receiving element and a spaced-apart second receiving element, wherein each receiving element has at least one groove which is arranged laterally in the lateral surface , wherein the groove extends from the base surface in the direction of the top surface , wherein the groove has a support surface at the upper end and wherein the groove has a length, which corresponds to the sum of half of the height (h) of the base body plus a height bearing surface (h3), wherein the height bearing surface (h3) is the distance between the center of the base body and the support surface , wherein the length of the groove is less than the height (h) of the base body , characterized in that a recess is provided in the support surface , which recess extends in the direction of the top surface .
Device for monitoring medicament delivery devices, which device is to be used with a safety container; which safety container does not require any specific features or designs; which medicament delivery devices comprise information retaining elements comprising information that is unique to specific medicament delivery devices wherein said information retaining elements comprise wireless technology information tags, and wherein an information obtaining mechanism comprises wireless receiving elements capable of obtaining information wireless from said information tags;, and which medicament delivery devices are to be disposed in said safety container after use, the device comprising: - said information obtaining mechanism operably arranged to obtain information from said wireless technology information tags of medicament delivery devices entered into said safety container; wherein the device is arranged as a stand on which said safety container may be placed, in which stand the information obtaining mechanism is placed; - a communication unit capable of communicating said obtained information to external receivers; the device being characterized by - an electronic circuit , wherein the electronic circuit comprises at least one sensor configured to detect a biometric parameter to identify individual users, the electronics being configured to register said users and connect them to the disposed medicament delivery devices. - said information obtaining mechanism operably arranged to obtain information from said wireless technology information tags of medicament delivery devices entered into said safety container; wherein the device is arranged as a stand on which said safety container may be placed, in which stand the information obtaining mechanism is placed; - a communication unit capable of communicating said obtained information to external receivers; the device being characterized by - an electronic circuit , wherein the electronic circuit comprises at least one sensor configured to detect a biometric parameter to identify individual users, the electronics being configured to register said users and connect them to the disposed medicament delivery devices.
A welding system, comprising: a multi-process welding power supply , comprising: a transformer comprising a primary winding configured to receive power from a power source and a secondary winding configured to condition the power, wherein the transformer comprises a center-tapped transformer having two secondary windings configured to operate as forward-biased or reverse-biased or the transformer comprises a single secondary winding that is configured to operate as forward-biased or reverse-biased; power circuitry comprising rectifiers and switches configured to receive the power from the secondary winding and to route power to a plurality of outputs ; and a control circuit configured to open or close the power circuitry switches to enable output of power at a first polarity, a second polarity opposite from the first polarity, or a combination thereof, in response to an input control signal representative of a desired process selected from a plurality of different processes. a transformer comprising a primary winding configured to receive power from a power source and a secondary winding configured to condition the power, wherein the transformer comprises a center-tapped transformer having two secondary windings configured to operate as forward-biased or reverse-biased or the transformer comprises a single secondary winding that is configured to operate as forward-biased or reverse-biased; power circuitry comprising rectifiers and switches configured to receive the power from the secondary winding and to route power to a plurality of outputs ; and a control circuit configured to open or close the power circuitry switches to enable output of power at a first polarity, a second polarity opposite from the first polarity, or a combination thereof, in response to an input control signal representative of a desired process selected from a plurality of different processes.
An antenna element , comprising: a feeding structure and a radiation patch , wherein both the feeding structure and the radiation patch are non-centrosymmetric structures; and power is fed to the radiation patch by using the feeding structure , and the radiation patch is grounded; wherein there is a slot between the feeding structure and the radiation patch , and coupled feeding is implemented between the feeding structure and the radiation patch by using the slot; and characterized in that the feeding structure is an E-shaped structure, the E-shaped structure is formed by a first vertical bar structure and three first horizontal bar structures with one end of each of the three first horizontal bar structures disposed on the first vertical bar structure at intervals, an opening of the E-shaped structure faces away from the radiation patch , a length of a first horizontal bar structure located in the middle of the E-shaped structure is greater than the lengths of the other two first horizontal bar structures, the other end of the first horizontal bar structure located in the middle of the E-shaped structure is configured to be connected to a feed of a metal carrier , and the slot is formed between the first vertical bar structure and the radiation patch . a feeding structure and a radiation patch , wherein both the feeding structure and the radiation patch are non-centrosymmetric structures; and power is fed to the radiation patch by using the feeding structure , and the radiation patch is grounded; wherein there is a slot between the feeding structure and the radiation patch , and coupled feeding is implemented between the feeding structure and the radiation patch by using the slot; and characterized in that the feeding structure is an E-shaped structure, the E-shaped structure is formed by a first vertical bar structure and three first horizontal bar structures with one end of each of the three first horizontal bar structures disposed on the first vertical bar structure at intervals, an opening of the E-shaped structure faces away from the radiation patch , a length of a first horizontal bar structure located in the middle of the E-shaped structure is greater than the lengths of the other two first horizontal bar structures, the other end of the first horizontal bar structure located in the middle of the E-shaped structure is configured to be connected to a feed of a metal carrier , and the slot is formed between the first vertical bar structure and the radiation patch .