mhurhangee/patent-ind-claim-en huggingface dataset:
A valve clamp, comprising: a first clamp part , a second clamp part , and a connecting part; wherein the first clamp part includes at least two first clamping arms ; the second clamp part includes second clamping arms corresponding to the first clamping arms ; each first clamping arm and each corresponding second clamping arm form a group of clamp; each first clamping arm and each corresponding second clamping arm clip an object therebetween through an interaction force generated by closing up and pushing against each other; and the connecting part is configured to connect the first clamp part and the second clamp part , wherein the connecting part includes a locking bar and a clamping ring configured to fit each other; the first clamp part and the second clamp part are respectively connected to the locking bar or the clamping ring ; the locking bar is configured to be inserted into a ring hole of the clamping ring so as to achieve a connection of the first clamp part and the second clamp part ; and a locking part is further provided between the locking bar and the clamping ring , characterized in that the valve clamp further includes a closed ring ; wherein the closed ring is configured to be sleeved outside a periphery of the first clamp part and a periphery of the second clamp part and configured to close up the first clamping arm and the second clamping arm as needed to provide a tight clamping. a first clamp part , a second clamp part , and a connecting part; wherein the first clamp part includes at least two first clamping arms ; the second clamp part includes second clamping arms corresponding to the first clamping arms ; each first clamping arm and each corresponding second clamping arm form a group of clamp; each first clamping arm and each corresponding second clamping arm clip an object therebetween through an interaction force generated by closing up and pushing against each other; and the connecting part is configured to connect the first clamp part and the second clamp part , wherein the connecting part includes a locking bar and a clamping ring configured to fit each other; the first clamp part and the second clamp part are respectively connected to the locking bar or the clamping ring ; the locking bar is configured to be inserted into a ring hole of the clamping ring so as to achieve a connection of the first clamp part and the second clamp part ; and a locking part is further provided between the locking bar and the clamping ring , characterized in that the valve clamp further includes a closed ring ; wherein the closed ring is configured to be sleeved outside a periphery of the first clamp part and a periphery of the second clamp part and configured to close up the first clamping arm and the second clamping arm as needed to provide a tight clamping.
A dual-mode battery pack comprising: a housing ; a first set of battery cells connected in series and positioned in the housing; a second set of battery cells connected in series and positioned in the housing; series connection contacts selectively connectable to the first set of battery cells and to the second set of battery cells and, when engaged, configured to connect the first set of battery cells and the second set of battery cells in series; and parallel connection contacts selectively connectable to the first set of battery cells and the second set of battery cells and, when engaged, configured to connect the first set of battery cells and the second set of battery cells in parallel, wherein the series connection contacts include normally open contacts and the parallel connection contacts include normally closed contacts, wherein the series connection contacts are configured to receive a conductive blade (S1, 60) contact of a first power tool to engage the series connection contacts, and the parallel connection contacts are configured to receive an insulating rib (P1, P2, 56) of the first power tool to disengage the parallel connection contacts, characterised in that the parallel connection contacts are positioned forwardly of the series connection contacts along an insertion axis. a housing ; a first set of battery cells connected in series and positioned in the housing; a second set of battery cells connected in series and positioned in the housing; series connection contacts selectively connectable to the first set of battery cells and to the second set of battery cells and, when engaged, configured to connect the first set of battery cells and the second set of battery cells in series; and parallel connection contacts selectively connectable to the first set of battery cells and the second set of battery cells and, when engaged, configured to connect the first set of battery cells and the second set of battery cells in parallel, wherein the series connection contacts include normally open contacts and the parallel connection contacts include normally closed contacts, wherein the series connection contacts are configured to receive a conductive blade (S1, 60) contact of a first power tool to engage the series connection contacts, and the parallel connection contacts are configured to receive an insulating rib (P1, P2, 56) of the first power tool to disengage the parallel connection contacts,
A pipe alignment tool for a pipe having a bore with a central axis, the tool comprising a main body having one end conforming with an open end of the pipe in use, and an opposite end having mounted therein a sighting means , wherein the sighting means is configured to discharge a sighting beam coaxially with the central axis of the pipe, and wherein the end of the tool conforming with an open end of the pipe is formed with a plurality of continuous concentric recesses (28a, b, c), one of the plurality of continuous concentric recesses receiving the open end of the pipe therein in use, each of the continuous concentric recesses (28a, b, c), making up the plurality of continuous concentric recesses (28a, b, c), having predetermined dimensions which match the outside and the inside of the pipe in use, the pipe alignment tool characterised in that the one end of the tool conforming with an open end of the pipe in use and the opposite end of the tool are removably engageable within one another. wherein the end of the tool conforming with an open end of the pipe is formed with a plurality of continuous concentric recesses (28a, b, c), one of the plurality of continuous concentric recesses receiving the open end of the pipe therein in use, each of the continuous concentric recesses (28a, b, c), making up the plurality of continuous concentric recesses (28a, b, c), having predetermined dimensions which match the outside and the inside of the pipe in use, the pipe alignment tool characterised in that the one end of the tool conforming with an open end of the pipe in use and the opposite end of the tool are removably engageable within one another.
A method of drilling wells in a body of water from a Mobile Offshore Drilling Unit (MODU) on a surface of the body of water using a drilling apparatus comprising a marine drilling riser extending from the MODU to a blow out preventer (BOP) on the bottom of the body of water, with at least one fluid return outlet in fluid communication with an interior of the marine drilling riser coupled to an inlet of a subsea mud pump , an outlet of the subsea mud pump connected to a return line extending to the MODU, an interface of gas and liquid in the marine drilling riser disposed at a selected elevation below a surface of the body of water, a conduit extending from the MODU through the marine drilling riser and BOP into a wellbore extending below the water bottom; the method comprising detection of loss of fluid and determination of a loss rate of fluid from the wellbore , the method further comprising the following steps: stopping pumping drilling fluid into the wellbore and into the marine drilling riser and stopping pumping fluid out of the marine drilling riser ; while the pumping of fluid is stopped, determining a loss rate of fluid from the wellbore ; resuming pumping fluid at least into the marine drilling riser when a minimum loss rate is determined; and resuming pumping fluid out of the marine drilling riser at a rate selected to provide a selected net fluid inflow rate into the marine drilling riser . stopping pumping drilling fluid into the wellbore and into the marine drilling riser and stopping pumping fluid out of the marine drilling riser ; while the pumping of fluid is stopped, determining a loss rate of fluid from the wellbore ; resuming pumping fluid at least into the marine drilling riser when a minimum loss rate is determined; and resuming pumping fluid out of the marine drilling riser at a rate selected to provide a selected net fluid inflow rate into the marine drilling riser .
A conical shaped flask comprising: a conical shaped frame comprised of two rigid rod-type supports ; wherein the two rigid rod-type supports each have a proximal end forming a flat base and two opposing upwardly extending distal ends to form a generally conical body, wherein the flat base of the two rigid supports are connected at a central pivot point thereby allowing the two rigid rod-type supports to form a conical body portion when separated furthest from each other and foldable into an essentially flat frame when adjacent; a rigid circular ring cap forming a tubular neck for placement and connecting thereto the upwardly extending distal ends of the two rigid rod-type supports to stabilize the conical shaped frame, wherein the rigid circular ring cap has an exterior and interior edge; and a non-rigid gas permeable polymeric container or bag fabricated of a gas permeable polymeric material and sized to fit within the conical body portion and attached to the interior edge of the circular ring cap for positioning therein. a conical shaped frame comprised of two rigid rod-type supports ; wherein the two rigid rod-type supports each have a proximal end forming a flat base and two opposing upwardly extending distal ends to form a generally conical body, wherein the flat base of the two rigid supports are connected at a central pivot point thereby allowing the two rigid rod-type supports to form a conical body portion when separated furthest from each other and foldable into an essentially flat frame when adjacent; a rigid circular ring cap forming a tubular neck for placement and connecting thereto the upwardly extending distal ends of the two rigid rod-type supports to stabilize the conical shaped frame, wherein the rigid circular ring cap has an exterior and interior edge; and a non-rigid gas permeable polymeric container or bag fabricated of a gas permeable polymeric material and sized to fit within the conical body portion and attached to the interior edge of the circular ring cap for positioning therein.
A system for delivering an oxygen carrier, comprising: a housing in which a hemoglobin-based oxygen carrier is housed in a deoxygenated state; an oxygenation part for oxygenating the deoxygenated oxygen carrier; and a microcatheter which can be inserted into a living organism and can release the oxygenated oxygen carrier through a lumen that is formed inside thereof; and characterized in that the microcatheter includes: a catheter body which is formed therein with the lumen and is formed with an opening at its distal end; a hub part connected to a proximal portion of the catheter body ; and a thrombus-removing structure body which can be moved by sliding within the lumen . a housing in which a hemoglobin-based oxygen carrier is housed in a deoxygenated state; an oxygenation part for oxygenating the deoxygenated oxygen carrier; and a microcatheter which can be inserted into a living organism and can release the oxygenated oxygen carrier through a lumen that is formed inside thereof; and characterized in that the microcatheter includes: a catheter body which is formed therein with the lumen and is formed with an opening at its distal end; a hub part connected to a proximal portion of the catheter body ; and a thrombus-removing structure body which can be moved by sliding within the lumen . a catheter body which is formed therein with the lumen and is formed with an opening at its distal end; a hub part connected to a proximal portion of the catheter body ; and a thrombus-removing structure body which can be moved by sliding within the lumen .
Bicycle regenerative brake control device comprising: a first displacement amount detecting part that is arranged to detect a first displacement amount of a first brake system ; a second displacement amount detecting part that is arranged to detect a second displacement amount of a second brake system , which is different from the first brake system ; characterized by a first control part that is configured to control a motor using a first control process in response to the first and second displacement amounts of the first and second brake systems , characterized in that the first control part generates a first regenerative braking force that corresponds with braking information obtained from the first displacement amount and the second displacement amount, wherein the first control part is configured to obtain the braking information by adding the first displacement amount and the second displacement amount. a first displacement amount detecting part that is arranged to detect a first displacement amount of a first brake system ; a second displacement amount detecting part that is arranged to detect a second displacement amount of a second brake system , which is different from the first brake system ; characterized by a first control part that is configured to control a motor using a first control process in response to the first and second displacement amounts of the first and second brake systems , characterized in that the first control part generates a first regenerative braking force that corresponds with braking information obtained from the first displacement amount and the second displacement amount, wherein the first control part is configured to obtain the braking information by adding the first displacement amount and the second displacement amount.
A method of manufacturing an integrated battery and device structure, the method comprising: providing stacked electrochemical cells stacked in series or in parallel and integrated with each other, the two stacked electrochemical cells having different electrochemistries; wherein each layer of the stacked cells and a separation layer of the stacked cells are produced by performing sequential PVD steps, and the separation layer of the stack cells provide a separation region comprising an electrically insulating and thermally conductive material between the two electrochemical cells. providing stacked electrochemical cells stacked in series or in parallel and integrated with each other, the two stacked electrochemical cells having different electrochemistries; wherein each layer of the stacked cells and a separation layer of the stacked cells are produced by performing sequential PVD steps, and the separation layer of the stack cells provide a separation region comprising an electrically insulating and thermally conductive material between the two electrochemical cells.
A method comprising: detecting that a workflow server connected to a network is being configured, via a user interface , to create a workflow, wherein the workflow includes detecting a trigger via a sensor in the network and causing an action to execute at a device in the network in response to the trigger; comparing the workflow being created to a previously created workflow to generate a score that indicates a degree of similarity between the workflow being created and the previously created workflow; upon verifying that the score satisfies a predefined condition, selecting at least one feature of the previously created workflow that is not currently included in the workflow being created; and signaling the user interface to display an indication to propose that the feature be included in the workflow being created. detecting that a workflow server connected to a network is being configured, via a user interface , to create a workflow, wherein the workflow includes detecting a trigger via a sensor in the network and causing an action to execute at a device in the network in response to the trigger; comparing the workflow being created to a previously created workflow to generate a score that indicates a degree of similarity between the workflow being created and the previously created workflow; upon verifying that the score satisfies a predefined condition, selecting at least one feature of the previously created workflow that is not currently included in the workflow being created; and signaling the user interface to display an indication to propose that the feature be included in the workflow being created.
A method for island network detection for an inverter controlling a converter voltage, for connection in parallel to a power supply network with a network frequency and to electrical loads and being decoupled from the power supply network and the electrical loads by a choke , characterized in that , the inverter is provided as a voltage-controlled inverter and in that a sinusoidal test voltage is superimposed on the converter voltage, the test frequency of the test voltage is smaller than the network frequency and the amplitude of the test voltage is smaller than 2% of the network voltage, wherein a reactive power component on the network side assigned to the test voltage and oscillating at the test frequency is determined, wherein this component must not fall below a predetermined minimum, in order to reliably exclude an island network operation, wherein the inverter is disconnected from the power supply network , preferably by means of a transfer contactor , when the component falls below the predetermined minimum, and loads connected to the inverter are further supplied.
A rail system for an elevator system, wherein the rail system has at least one vertically aligned rail for guiding vertically movable components of the elevator system, wherein the rail is anchored at different height positions on at least one substantially vertically aligned wall using anchoring devices and bridges interspaces between adjacent anchoring devices , characterized in that the lengths of the interspaces vary in a monotonically decreasing manner depending on a local load on the rail at least in a section of the rail system , characterized in that a pit region of the rail system and the mentioned section of the rail system jointly form more than half the length of the rail system and in particular substantially form the entire length of the rail system .
Use of a medium composition comprising 20 to 150 μg/ml of a phlorotannin fraction which is a bieckol compound represented by the following Chemical Formula 1 or salts thereof for dedifferentiating mesenchymal stem cells into induced pluripotency stem cells
A method for performing a handover operation, the method comprising: initiating , by one or more processors of a non-terrestrial node , communication with a first terrestrial node of a network, the first terrestrial node having a first unique node identifier and a cell identifier; storing , by the one or more processors, a mapping that associates the first unique node identifier with the cell identifier; receiving , by the one or more processors, an indicator that the mapping is subject to change; and based on the received indicator, the one or more processors updating the mapping to associate a second unique node identifier of a second terrestrial node of the network with the cell identifier. initiating , by one or more processors of a non-terrestrial node , communication with a first terrestrial node of a network, the first terrestrial node having a first unique node identifier and a cell identifier; storing , by the one or more processors, a mapping that associates the first unique node identifier with the cell identifier; receiving , by the one or more processors, an indicator that the mapping is subject to change; and based on the received indicator, the one or more processors updating the mapping to associate a second unique node identifier of a second terrestrial node of the network with the cell identifier.
A terminal block comprising: a housing provided with an accommodating part ; and a movable member , a leaf spring , and a locking member disposed in the accommodating part, wherein the housing is provided with a window part and an insertion part for inserting an electric wire , wherein the leaf spring is provided with a fixed part and a plate-shaped movable part that is movable with respect to the housing, wherein the locking member is provided with a claw part for locking the movable part and a contact part moving in conjunction with the claw part, wherein the movable member is provided with a display part , a block part moving in conjunction with the display part, and an urging part , wherein the urging part applies an urging force to the block part in a direction opposite to an insertion direction of the electric wire, and wherein when the electric wire is inserted into the housing through the insertion part, an end of the electric wire pushes the block part, and the contact part is further pushed via the block part, whereby locking by the claw part is released, and an end of the movable part is pressed against a side surface of the electric wire, and the electric wire is fixed, and a visible state of the display part through the window part changes due to a change in a position of the display part moving in conjunction with the block part. a housing provided with an accommodating part ; and a movable member , a leaf spring , and a locking member disposed in the accommodating part, wherein the housing is provided with a window part and an insertion part for inserting an electric wire , wherein the leaf spring is provided with a fixed part and a plate-shaped movable part that is movable with respect to the housing, wherein the locking member is provided with a claw part for locking the movable part and a contact part moving in conjunction with the claw part, wherein the movable member is provided with a display part , a block part moving in conjunction with the display part, and an urging part , wherein the urging part applies an urging force to the block part in a direction opposite to an insertion direction of the electric wire, and wherein when the electric wire is inserted into the housing through the insertion part, an end of the electric wire pushes the block part, and the contact part is further pushed via the block part, whereby locking by the claw part is released, and an end of the movable part is pressed against a side surface of the electric wire, and the electric wire is fixed, and a visible state of the display part through the window part changes due to a change in a position of the display part moving in conjunction with the block part.