mhurhangee/patent-ind-claim-en huggingface dataset:
A debubbler for installing on a ship, comprising: a housing container that is installed in a ship and in which sample liquid is housed; a liquid introduction port (P1) for introducing the sample liquid into the housing container through a liquid introduction line (L1); an ultrasonic transducer that applies ultrasonic vibration to the sample liquid in the housing container ; a bubble discharge port (P5) for discharging bubbles produced in the sample liquid by the ultrasonic vibration to an outside from an upper part of the housing container ; a liquid lead-out port (P2) for leading the sample liquid from which the bubbles are removed in the housing container to an analysis device configured to analyze water quality of the sample liquid, a first valve (V1) that is provided in a bubble discharge line (L5) connected to the bubble discharge port (P5); and a second valve (V2) that is provided in a liquid lead-out line (L2) connected to the liquid lead-out port (P2), wherein the first valve (V1) and the second valve (V2) have opening levels such that of the sample liquid is adapted to be discharged also from the bubble discharge port together with the bubbles, thereby filling an inside of the housing container with the sample liquid. a housing container that is installed in a ship and in which sample liquid is housed; a liquid introduction port (P1) for introducing the sample liquid into the housing container through a liquid introduction line (L1); an ultrasonic transducer that applies ultrasonic vibration to the sample liquid in the housing container ; a bubble discharge port (P5) for discharging bubbles produced in the sample liquid by the ultrasonic vibration to an outside from an upper part of the housing container ; a liquid lead-out port (P2) for leading the sample liquid from which the bubbles are removed in the housing container to an analysis device configured to analyze water quality of the sample liquid, a first valve (V1) that is provided in a bubble discharge line (L5) connected to the bubble discharge port (P5); and a second valve (V2) that is provided in a liquid lead-out line (L2) connected to the liquid lead-out port (P2), wherein the first valve (V1) and the second valve (V2) have opening levels such that of the sample liquid is adapted to be discharged also from the bubble discharge port together with the bubbles, thereby filling an inside of the housing container with the sample liquid.
A metal enclosed circuit breaker comprising a first arcing contact and a second arcing contact , whereby the first arcing contact and/or the second arcing contact is axially movable along a switching axis , thereby forming, during a breaking operation, an arc between the first arcing contact and the second arcing contact in an arcing volume , and an exhaust tube arranged in axial extension to the first arcing contact along the switching axis , whereby the exhaust tube comprises a closed rear end opposite to the first arcing contact , said closed rear end is connectable to a rod for actuating the first arcing contact , the exhaust tube comprises a barrier element arranged within the exhaust tube defining a dead exhaust tube volume between the barrier element and the rear end , and the barrier element is provided as a cone and comprises a hole provided as a bore and extending through the barrier element axially along the switching axis . a first arcing contact and a second arcing contact , whereby the first arcing contact and/or the second arcing contact is axially movable along a switching axis , thereby forming, during a breaking operation, an arc between the first arcing contact and the second arcing contact in an arcing volume , and an exhaust tube arranged in axial extension to the first arcing contact along the switching axis , whereby the exhaust tube comprises a closed rear end opposite to the first arcing contact , said closed rear end is connectable to a rod for actuating the first arcing contact , the exhaust tube comprises a barrier element arranged within the exhaust tube defining a dead exhaust tube volume between the barrier element and the rear end , and the barrier element is provided as a cone and comprises a hole provided as a bore and extending through the barrier element axially along the switching axis .
A pallet , comprising: a deck , having a deck upper surface , a deck lower surface and a deck peripheral edge ; a skid , having a skid upper surface , a skid lower surface and a skid peripheral edge ; and a plurality of blocks , spacing the skid from the deck, the blocks comprising spacer portions and sleeve portions ; wherein the sleeve portions extend above and/or below the spacer portions and the deck and/or skid peripheral edges are cutaway such that the deck and/or skid are recessed with the blocks, characterised in that the deck , the skid and the blocks are each individually coated with a cured resin coating , wherein the deck , the skid and the blocks are individually connected to each other by means of an adhesive , wherein the cured resin has a tensile strength T resin and the adhesive has a tensile strength T adhesive such that T resin > T adhesive . a deck , having a deck upper surface , a deck lower surface and a deck peripheral edge ; a skid , having a skid upper surface , a skid lower surface and a skid peripheral edge ; and a plurality of blocks , spacing the skid from the deck, the blocks comprising spacer portions and sleeve portions ; wherein the sleeve portions extend above and/or below the spacer portions and the deck and/or skid peripheral edges are cutaway such that the deck and/or skid are recessed with the blocks, characterised in that the deck , the skid and the blocks are each individually coated with a cured resin coating , wherein the deck , the skid and the blocks are individually connected to each other by means of an adhesive , wherein the cured resin has a tensile strength T resin and the adhesive has a tensile strength T adhesive such that T resin > T adhesive .
An apparatus for measuring water potential in the soil, comprising: a. a housing comprising at least one portion that is water permeable, wherein said water permeable portion comprises a porous material; b. a volume changing material VCM capable of retaining water, wherein said VCM increases or decreases its volume in response to increased or decreased water concentration respectively, and wherein said VCM is in direct contact with an inner surface of said at least one water permeable portion of said housing, and wherein the VCM is a hydrogel having the concentration of 5-35%, wherein the hydrogel is made of homopolymers or copolymers of acrylamide, wherein the initial monomer concentration of 5-70% in a water solution, is polymerized with a crosslinker of di-acrylate, or di-acrylamide, and wherein the hydrogel fills between 10-90% of the volume of space inside said housing; c. a compressible insert configured to maintain at least a predetermined inner pressure within said apparatus; and d. a receiver configured to engage the VCM , compressible insert or both at or above a predetermined threshold of water concentration and configured to transduce a signal when engaged, when disengaged, or both; and wherein said receiver is configured to translate a force applied by said VCM , compressible insert or both into an electrical signal. a. a housing comprising at least one portion that is water permeable, wherein said water permeable portion comprises a porous material; b. a volume changing material VCM capable of retaining water, wherein said VCM increases or decreases its volume in response to increased or decreased water concentration respectively, and wherein said VCM is in direct contact with an inner surface of said at least one water permeable portion of said housing, and wherein the VCM is a hydrogel having the concentration of 5-35%, wherein the hydrogel is made of homopolymers or copolymers of acrylamide, wherein the initial monomer concentration of 5-70% in a water solution, is polymerized with a crosslinker of di-acrylate, or di-acrylamide, and wherein the hydrogel fills between 10-90% of the volume of space inside said housing; c. a compressible insert configured to maintain at least a predetermined inner pressure within said apparatus; and d. a receiver configured to engage the VCM , compressible insert or both at or above a predetermined threshold of water concentration and configured to transduce a signal when engaged, when disengaged, or both; and wherein said receiver is configured to translate a force applied by said VCM , compressible insert or both into an electrical signal.
A computer-implemented icon moving method comprising: displaying a first page of a home screen in a main display area of a terminal, under an icon management mode; receiving a first operation on an icon in the first page and displaying the icon in a subsidiary display area of the terminal in response to the first operation; characterized by further comprising: receiving a selection operation on the icon in the subsidiary display area and determining an associated icon corresponding to the icon , the type of the application indicated by the associated icon being the same as that indicated by the icon ; determining a second page of the home screen where the associated icon is located; switching the first page to the second page of the home screen and displaying the second page; and receiving a second operation and displaying the icon in the second page in response to the second operation. displaying a first page of a home screen in a main display area of a terminal, under an icon management mode; receiving a first operation on an icon in the first page and displaying the icon in a subsidiary display area of the terminal in response to the first operation; characterized by further comprising: receiving a selection operation on the icon in the subsidiary display area and determining an associated icon corresponding to the icon , the type of the application indicated by the associated icon being the same as that indicated by the icon ; determining a second page of the home screen where the associated icon is located; switching the first page to the second page of the home screen and displaying the second page; and receiving a second operation and displaying the icon in the second page in response to the second operation. receiving a selection operation on the icon in the subsidiary display area and determining an associated icon corresponding to the icon , the type of the application indicated by the associated icon being the same as that indicated by the icon ; determining a second page of the home screen where the associated icon is located; switching the first page to the second page of the home screen and displaying the second page; and receiving a second operation and displaying the icon in the second page in response to the second operation.
A sample transfer device for receiving a sample inside the sample transfer device and for transferring the sample to a processing or analysing unit, the sample transfer device comprising a connection opening defining a transfer path along which the sample is to be transferred from a loading position of the sample inside the sample transfer device through the connection opening , and a shutter configured to block the connection opening or to unblock the connection opening , characterized in that the sample transfer device further comprises a shielding member configured to be arranged between the connection opening and the loading position to protect the sample from an incoming gas stream when the shutter unblocks the connection opening . a connection opening defining a transfer path along which the sample is to be transferred from a loading position of the sample inside the sample transfer device through the connection opening , and a shutter configured to block the connection opening or to unblock the connection opening , characterized in that the sample transfer device further comprises a shielding member configured to be arranged between the connection opening and the loading position to protect the sample from an incoming gas stream when the shutter unblocks the connection opening .
A feedback information indication method, comprising: determining , by a transmitting node, a first message, wherein a first field in the first message is used to indicate a time-frequency resource that carries hybrid automatic repeat request, HARQ, information; setting, by the transmitting node, the first field in the first message to be null, when no time-frequency resource for feeding back HARQ information is provided to a receiving node; and sending , by the transmitting node, the first message to the receiving node, wherein the first message is used to indicate to the receiving node by the first field set to null to delay feeding back HARQ information corresponding to a first transport block, TB, or the first message is used to indicate to the receiving node to give up feeding back the HARQ information corresponding to the first TB; and the first TB is a transport block scheduled by the first message, wherein the first message comprises a third field, the third field is used to indicate to delay feeding back N pieces of HARQ information, the N pieces of HARQ information comprise the HARQ information corresponding to the first TB, and N is an integer greater than or equal to two. determining , by a transmitting node, a first message, wherein a first field in the first message is used to indicate a time-frequency resource that carries hybrid automatic repeat request, HARQ, information; setting, by the transmitting node, the first field in the first message to be null, when no time-frequency resource for feeding back HARQ information is provided to a receiving node; and sending , by the transmitting node, the first message to the receiving node, wherein the first message is used to indicate to the receiving node by the first field set to null to delay feeding back HARQ information corresponding to a first transport block, TB, or the first message is used to indicate to the receiving node to give up feeding back the HARQ information corresponding to the first TB; and the first TB is a transport block scheduled by the first message, wherein the first message comprises a third field, the third field is used to indicate to delay feeding back N pieces of HARQ information, the N pieces of HARQ information comprise the HARQ information corresponding to the first TB, and N is an integer greater than or equal to two.
An apparatus for drilling annulus ring hole, comprising: a down-the-hole (DTH) percussion hammer assembly , the DTH percussion hammer assembly comprising one or more DTH percussion hammers, an annulus ring structural housing having an outer diameter (OD) and an inner diameter (ID) for accommodating the DTH percussion hammers within space between the OD and the ID of the annulus ring structural housing; a top pipe with one or more exhaust openings , the top pipe being connected to the DTH percussion hammer assembly; one or more drill pipes , the drill pipes being attached vertically with each other forming a string of drill pipes, the string of drill pipes being connected at a first end to the DTH percussion hammer assembly, and the string of drill pipes being connected at a second end to the top pipe; an air or fluid distributor , the air or fluid distributor being connected to the top pipe; and a rotary head , the rotary head providing rotational turning motion for the apparatus, and the rotary head being connected to the air distributor; wherein each of the DTH percussion hammer comprises a drill bit having an exhaust outlet located at the bottom of the drill bit for releasing compressed air or pressurized fluid and being fixed in its position within the annulus ring structural housing by adjacent index blocks ; and a piston on top of the drill bit for delivering hammering forces during drilling; wherein the compressed air is directed through an air channel and presses a top adaptor of the DTH percussion hammer, driving the reciprocal hammering action of the piston; wherein the piston strikes on the drill bit below transferring the hammering force, and in turn the drill bit impacts the ground; wherein the compressed air passes through the piston and is released out of the exhaust outlet located at the bottom of the drill bit after each strike by the piston; wherein the exhausted compressed air or pressurized fluid simultaneously flushes away broken debris or rock particles, conveying them along both inner and outer surfaces of the annulus ring structural housing; wherein the broken debris and rock particles that are flushed along the outer surface of the annulus ring structural housing travel upwards along the drill pipes and escape out on to ground surface; and wherein the broken debris and rock particles that are flushed along the inner surface of the annulus ring structural housing travel upwards along the drill pipes, reach the top pipe, and escape through the exhaust openings out on to the ground surface. a drill bit having an exhaust outlet located at the bottom of the drill bit for releasing compressed air or pressurized fluid and being fixed in its position within the annulus ring structural housing by adjacent index blocks ; and a piston on top of the drill bit for delivering hammering forces during drilling;
Method for preparing an aesthetic operative intervention with regard to an examination region of an examination object comprising the following method steps: - providing preoperative MR image data of the examination region comprising lipid MR data having a lipid contrast and comprising water MR data having a water contrast, - segmenting the lipid MR data to delineate fat tissue from surrounding tissue by means of a segmentation unit, - creating a lipid map of the examination object based on the segmented lipid MR data by means of an extraction unit, - determining a lipid density map comprising a relative fat component based on the water MR data and the lipid MR data by means of a determination unit, - providing a reference map for fat tissue that is representative of an ideal state, wherein the ideal state is dependent upon individual data of the examination object, - providing a further reference map for a lipid density that is representative of the ideal state, - ascertaining a comparison result comprising a difference between the lipid map and the reference map and a difference between the lipid density map and the further reference map by means of a differentiation unit, - determining at least one subregion of the segmented lipid MR data based on the comparison result, which subregion corresponds to a tissue to be removed, comprising a checking of the subregion with regard to a pathological and/or physiological relevancy by means of a determination unit, - providing the comparison result. - providing preoperative MR image data of the examination region comprising lipid MR data having a lipid contrast and comprising water MR data having a water contrast, - segmenting the lipid MR data to delineate fat tissue from surrounding tissue by means of a segmentation unit, - creating a lipid map of the examination object based on the segmented lipid MR data by means of an extraction unit, - determining a lipid density map comprising a relative fat component based on the water MR data and the lipid MR data by means of a determination unit, - providing a reference map for fat tissue that is representative of an ideal state, wherein the ideal state is dependent upon individual data of the examination object, - providing a further reference map for a lipid density that is representative of the ideal state, - ascertaining a comparison result comprising a difference between the lipid map and the reference map and a difference between the lipid density map and the further reference map by means of a differentiation unit, - determining at least one subregion of the segmented lipid MR data based on the comparison result, which subregion corresponds to a tissue to be removed, comprising a checking of the subregion with regard to a pathological and/or physiological relevancy by means of a determination unit, - providing the comparison result.
A manually operated press having an actuating member coupled to a shaft , wherein an actuation of the actuating member is converted into a stroke movement of a press ram coupled to the shaft , and hence also into a change in a relative position of the press ram , wherein the press further comprises a reset mechanism for resetting the actuating member , which reset mechanism counteracts the actuation of the actuating member and causes a return movement of the press ram opposite the stroke movement, wherein the reset mechanism comprises a spiral spring that is configured as a spirally wound leaf spring and comprises at its radially inner end a first connecting link which is configured as a curved portion which is integrally connected to the spiral spring , wherein the first connecting link is curved in a direction of curvature of the spiral spring , characterized in that the spiral spring at its radially outer end comprises a second connecting link which is configured as a curved portion which is integrally connected to the spiral spring , wherein the second connecting link is curved opposite to the curvature of the spiral spring , and in that the shaft comprises a web which is oriented parallel to a longitudinal axis of the shaft , wherein a cavity , in which the first connecting link engages, is arranged between the web and an outside of the shaft facing towards the web .
Method for monitoring the operation of an individual fluid meter installed in a fluid-supplying fluid distribution system, wherein the fluid meter comprises at least one ultrasonic transducer , wherein by means of the ultrasonic transducer, an event which mechanically excites the ultrasonic transducer and is not attributable to the flow measurement, in the form of noise generated during operation in the fluid meter and caused by the operation of the fluid meter and/or in the form of a pressure surge caused in the pipe system, is selectively detected and evaluated, by reference to the result of said evaluation, at least one fluid meter-specific operating property is generated, and the event which mechanically excites the ultrasonic transducer is recorded over the time t, characterized in that the event is identified by a time stamp, the total event duration (D) and/or the total event intensity (I) of the selectively detected events are recorded over the time t, and a device-specific event history is generated by reference to the events which mechanically excite the ultrasonic transducer and are detected over time. by means of the ultrasonic transducer, an event which mechanically excites the ultrasonic transducer and is not attributable to the flow measurement, in the form of noise generated during operation in the fluid meter and caused by the operation of the fluid meter and/or in the form of a pressure surge caused in the pipe system, is selectively detected and evaluated, by reference to the result of said evaluation, at least one fluid meter-specific operating property is generated, and the event which mechanically excites the ultrasonic transducer is recorded over the time t, characterized in that the event is identified by a time stamp, the total event duration (D) and/or the total event intensity (I) of the selectively detected events are recorded over the time t, and a device-specific event history is generated by reference to the events which mechanically excite the ultrasonic transducer and are detected over time.