mhurhangee/patent-ind-claim-en huggingface dataset:
A hose clamp for a blood treatment device, wherein the hose clamp has a housing and an electromagnetically driven compression piece , wherein the electromagnetic drive of the compression piece is configured such that the compression piece is opened against a mechanical restoring force (A) in a state of the hose clamp with an applied current and is closed by the mechanical restoring force (A) in a currentless state of the hose clamp; and the hose clamp has, in addition to the electromechanical drive, a pivotable lever by which the compression piece can be opened manually against the mechanical restoring force (A) in the currentless state of the hose clamp, characterized in that the contact elements of the lever and of the compression piece are a projection and a guideway that are configured such that they form a mechanical connection between the lever and the compression piece after an opening of the compression piece in the currentless state, with the mechanical connection having a latch contour and a guideway for latching the projection to the lever that prevents another closing of the compression piece in the currentless state of the hose clamp due to the mechanical restoring force (A) and that is released in the state of the hose clamp with an applied current. since the compression piece is additionally raised in the state with an applied current, whereby the latch connection is released, and with the guideway having the latch contour for the projection at a saddle point at which the projection is located in an opened position of the compression piece . the electromagnetic drive of the compression piece is configured such that the compression piece is opened against a mechanical restoring force (A) in a state of the hose clamp with an applied current and is closed by the mechanical restoring force (A) in a currentless state of the hose clamp; and the hose clamp has, in addition to the electromechanical drive, a pivotable lever by which the compression piece can be opened manually against the mechanical restoring force (A) in the currentless state of the hose clamp, characterized in that the contact elements of the lever and of the compression piece are a projection and a guideway that are configured such that they form a mechanical connection between the lever and the compression piece after an opening of the compression piece in the currentless state, with the mechanical connection having a latch contour and a guideway for latching the projection to the lever that prevents another closing of the compression piece in the currentless state of the hose clamp due to the mechanical restoring force (A) and that is released in the state of the hose clamp with an applied current. since the compression piece is additionally raised in the state with an applied current, whereby the latch connection is released, and with the guideway having the latch contour for the projection at a saddle point at which the projection is located in an opened position of the compression piece .
A method for performing a security service on virtual machines (VMs) (110a-d) executing on a host computer , the method comprising: assigning a first VM along with a second VM to a first security container so that a first set of network connectivity settings, associated with the first security container , is applied to the first and second VMs ; based on the assignment of the first VM to the first security container , operating a security service on the first VM that identifies a security threat associated with the first VM ; based on the identification of the security threat, re-assigning the first VM to a second security container to which VMs executing on the host computer are assigned when the security threat is associated with the VMs, wherein a second set of network connectivity settings, associated with the second security container , is applied to the first VM after the first VM is assigned to the second security container; and after resolution of the security threat, assigning the first VM back to the first security container so that the first set of network connectivity settings is again applied to the first VM . assigning a first VM along with a second VM to a first security container so that a first set of network connectivity settings, associated with the first security container , is applied to the first and second VMs ; based on the assignment of the first VM to the first security container , operating a security service on the first VM that identifies a security threat associated with the first VM ; based on the identification of the security threat, re-assigning the first VM to a second security container to which VMs executing on the host computer are assigned when the security threat is associated with the VMs, wherein a second set of network connectivity settings, associated with the second security container , is applied to the first VM after the first VM is assigned to the second security container; and after resolution of the security threat, assigning the first VM back to the first security container so that the first set of network connectivity settings is again applied to the first VM .
A method of making a coated article including a multilayer thin film low-emissivity, low-E, coating supported by a glass substrate , the method comprising: forming (S304, S306, S308) the low-E coating on the substrate , the low-E coating including at least first and second infrared, IR, reflecting layers comprising silver , each of the first and second IR reflecting layers being sandwiched between one or more dielectric layers , the first IR reflecting layer being farther from the substrate than the second IR reflecting layer ; and activating (S310; S402; S602, S604) each of the IR reflecting layers using a two-stage treatment, the first stage in the treatment preconditioning the IR reflecting layers via flash light source exposure in at least first and second wavelength ranges, the first wavelength range preferentially transmitting energy to the first IR reflecting layer and the second wavelength range preferentially transmitting energy to the second IR reflecting layer , and the second stage in the treatment being a thermal treatment (S316) that is performed after all of the IR reflecting layers have been deposited, directly or indirectly, on the substrate , the second stage following the first stage. forming (S304, S306, S308) the low-E coating on the substrate , the low-E coating including at least first and second infrared, IR, reflecting layers comprising silver , each of the first and second IR reflecting layers being sandwiched between one or more dielectric layers , the first IR reflecting layer being farther from the substrate than the second IR reflecting layer ; and activating (S310; S402; S602, S604) each of the IR reflecting layers using a two-stage treatment, the first stage in the treatment preconditioning the IR reflecting layers via flash light source exposure in at least first and second wavelength ranges, the first wavelength range preferentially transmitting energy to the first IR reflecting layer and the second wavelength range preferentially transmitting energy to the second IR reflecting layer , and the second stage in the treatment being a thermal treatment (S316) that is performed after all of the IR reflecting layers have been deposited, directly or indirectly, on the substrate , the second stage following the first stage.
A method of controlling flow between an interior flow passage of a tubular string and an annulus external to the tubular string in a subterranean well, the method comprising the steps of: applying a fluid pressure differential across a piston of a valve interconnected in the tubular string , thereby displacing the piston and a closure device of the valve to prevent fluid communication between the interior flow passage and the annulus via at least one opening through a sidewall of the valve ; and then displacing the closure device relative to the piston , thereby allowing fluid communication between the flow passage and the annulus via the at least one opening . applying a fluid pressure differential across a piston of a valve interconnected in the tubular string , thereby displacing the piston and a closure device of the valve to prevent fluid communication between the interior flow passage and the annulus via at least one opening through a sidewall of the valve ; and then displacing the closure device relative to the piston , thereby allowing fluid communication between the flow passage and the annulus via the at least one opening .
A paint composition comprising a stable aqueous dispersion of acrylic based polymer particles functionalized with from 0.2 to 12 weight percent, based on the weight of the polymer particles, of structural units of a monomer with keto functionality; a colorant at a concentration in the range of from 5 to 25 weight percent, based on the weight of the paint composition; from 0.5 to 5 weight percent of a Zn ++ compound, based on the weight of the paint composition; and from 0.5 to 10 weight percent of a dihydrazide or a polyamine, based on the weight of the paint composition; and extenders of less than 10 PVC (pigment volume concentration); wherein the polymer particles are two-phase polymer particles with a soft phase having a T g (calculated by the Fox equation) of not more than 0 °C, and a hard phase having a T g of not less than 30 °C; wherein the ratio of the soft phase to the hard phase is in the range of from 90:10 to 60:40; with the proviso that the polymer particles have an overall T g of less than 15 °C.
A personal respiratory protection device comprising: an upper panel , a central panel , and a lower panel , the central panel being separated from each of the upper and lower panels by a first and second fold , seam, weld or bond, respectively, such that device is capable of being folded flat for storage along the first and second fold, seam, weld or bond and opened to form a cup-shaped air chamber over the nose and mouth of the wearer when in use, characterised in that the lower panel includes a stiffening sheet which has a lateral crease line (B) and a longitudinal crease line (C), and wherein the stiffening sheet is folded about the lateral crease line(B) when the device is folded flat for storage and folded about the longitudinal crease line (C) when the device is in use. an upper panel , a central panel , and a lower panel , the central panel being separated from each of the upper and lower panels by a first and second fold , seam, weld or bond, respectively, such that device is capable of being folded flat for storage along the first and second fold, seam, weld or bond and opened to form a cup-shaped air chamber over the nose and mouth of the wearer when in use, characterised in that the lower panel includes a stiffening sheet which has a lateral crease line (B) and a longitudinal crease line (C), and wherein the stiffening sheet is folded about the lateral crease line(B) when the device is folded flat for storage and folded about the longitudinal crease line (C) when the device is in use.
Tourniquet apparatus for measuring a patient's limb occlusion pressure comprising: an inflatable tourniquet cuff for encircling a limb at a location; a tourniquet instrument releasably connectable to the cuff and including: pressure sensing means for producing a cuff pressure signal indicative of the level of pressure in the cuff , pressure regulation means communicating with the cuff and responsive to the cuff pressure signal for moving fluid into and out of the cuff , thereby regulating the pressure in the cuff , blood flow transducing means for producing a blood flow signal indicative of blood flow past the cuff , and limb occlusion pressure means responsive to the blood flow signal and the cuff pressure signal, configured to increase the cuff pressure level until blood flow indicated by the blood flow signal decreases to a level less than a minimum detection threshold, and then suspend fluid movement into and out of the cuff to produce a limb occlusion pressure value that is indicative of a pressure in the cuff when the fluid motion is suspended. an inflatable tourniquet cuff for encircling a limb at a location; a tourniquet instrument releasably connectable to the cuff and including: pressure sensing means for producing a cuff pressure signal indicative of the level of pressure in the cuff , pressure regulation means communicating with the cuff and responsive to the cuff pressure signal for moving fluid into and out of the cuff , thereby regulating the pressure in the cuff , blood flow transducing means for producing a blood flow signal indicative of blood flow past the cuff , and limb occlusion pressure means responsive to the blood flow signal and the cuff pressure signal, configured to increase the cuff pressure level until blood flow indicated by the blood flow signal decreases to a level less than a minimum detection threshold, and then suspend fluid movement into and out of the cuff to produce a limb occlusion pressure value that is indicative of a pressure in the cuff when the fluid motion is suspended. pressure sensing means for producing a cuff pressure signal indicative of the level of pressure in the cuff , pressure regulation means communicating with the cuff and responsive to the cuff pressure signal for moving fluid into and out of the cuff , thereby regulating the pressure in the cuff , blood flow transducing means for producing a blood flow signal indicative of blood flow past the cuff , and limb occlusion pressure means responsive to the blood flow signal and the cuff pressure signal, configured to increase the cuff pressure level until blood flow indicated by the blood flow signal decreases to a level less than a minimum detection threshold, and then suspend fluid movement into and out of the cuff to produce a limb occlusion pressure value that is indicative of a pressure in the cuff when the fluid motion is suspended.
Method for operating a driver assistance system of a vehicle , wherein the driver assistance system is designed for the at least partially automatic guidance of the vehicle and the vehicle has at least one radar sensor as environment sensor detecting the environment of the vehicle , the sensor data of which are evaluated to form an environment model describing the environment of the vehicle , wherein when at least one query criterion is fulfilled, an environment map derived from the environment model, representing according to a top view driveable and non-driveable regions is displayed on a display device to the driver of the vehicle , wherein in the case of an interaction, facilitated by means of an operating apparatus, of the driver with the represented environment map trajectory data describing a desired trajectory of the driver are determined and the at least partially automatic guidance of the vehicle takes place along a real trajectory derived from the trajectory data, characterised in that the query criterion evaluates, with respect to a sufficiently reliable trajectory determination, operating data describing the operating state of the at least one environment sensor and/or the environment model in case of an environment detection which is incomplete with respect to the trajectory determination and/or output data of a trajectory detecting unit, which detects and evaluates possible trajectories through a traffic situation.
A radio communication system, comprising a base station ; a first UE; and a second UE, wherein the base station comprises: an apparatus for configuring indication information; and an apparatus for configuring modification period; the apparatus for configuring indication information comprises: an indicator setting unit , configured to set at least two indicators for indicating a system information change, the at least two indicators being applied to the first UE configured with a paging cycle shorter than or equal to a modification period of the system information and the second UE configured with a paging cycle longer than the modification period of the system information; and an indicator sending unit , configured to send the indicators to the first UE and/or the second UE, wherein the first UE is configured to acquire changed system information according to the modification period and/or the second UE is configured to acquire changed system information according to a different modification period; the first UE comprises: an apparatus for acquiring system information in a modification period; the second UE comprises: an apparatus for acquiring the different modification period; and an apparatus for acquiring system information in the different modification period. an apparatus for configuring indication information; and an apparatus for configuring modification period; an indicator setting unit , configured to set at least two indicators for indicating a system information change, the at least two indicators being applied to the first UE configured with a paging cycle shorter than or equal to a modification period of the system information and the second UE configured with a paging cycle longer than the modification period of the system information; and an indicator sending unit , configured to send the indicators to the first UE and/or the second UE, wherein the first UE is configured to acquire changed system information according to the modification period and/or the second UE is configured to acquire changed system information according to a different modification period; the first UE comprises: an apparatus for acquiring system information in a modification period; the second UE comprises: an apparatus for acquiring the different modification period; and an apparatus for acquiring system information in the different modification period. an apparatus for acquiring the different modification period; and an apparatus for acquiring system information in the different modification period.
A device for improving function of a cardiac valve, comprising: a frame configured to fit within the cardiac valve, the frame comprising: a proximal portion ; a distal portion ; a longitudinal axis extending through the proximal and distal portions ; and a lattice extending between the proximal and distal portions ; wherein the lattice comprises: a first plurality of struts ; a second plurality of struts , wherein each strut of the second plurality is operably connected to at least one strut of the first plurality via respective connection points ; and at least one threaded expansion feature extending parallel to the longitudinal axis and between at least two connection points , wherein the threaded expansion feature is configured to rotate to induce a mechanical adjustment of the positions of the connection points relative to one another; characterized in that the expansion feature comprises at least one tissue penetrating member , wherein the tissue penetrating member is a helical screw. a frame configured to fit within the cardiac valve, the frame comprising: a proximal portion ; a distal portion ; a longitudinal axis extending through the proximal and distal portions ; and a lattice extending between the proximal and distal portions ; a proximal portion ; a distal portion ; a longitudinal axis extending through the proximal and distal portions ; and a lattice extending between the proximal and distal portions ; wherein the lattice comprises: a first plurality of struts ; a second plurality of struts , wherein each strut of the second plurality is operably connected to at least one strut of the first plurality via respective connection points ; and at least one threaded expansion feature extending parallel to the longitudinal axis and between at least two connection points , wherein the threaded expansion feature is configured to rotate to induce a mechanical adjustment of the positions of the connection points relative to one another; characterized in that the expansion feature comprises at least one tissue penetrating member , wherein the tissue penetrating member is a helical screw. a first plurality of struts ; a second plurality of struts , wherein each strut of the second plurality is operably connected to at least one strut of the first plurality via respective connection points ; and at least one threaded expansion feature extending parallel to the longitudinal axis and between at least two connection points , wherein the threaded expansion feature is configured to rotate to induce a mechanical adjustment of the positions of the connection points relative to one another; characterized in that the expansion feature comprises at least one tissue penetrating member , wherein the tissue penetrating member is a helical screw.
Metering unit for powdered and/or particulate distribution material, in particular seed and/or fertilizer, the metering unit comprising a metering roller having at least two metering wheel segments , which roller is mounted in a metering housing having an inlet and an outlet , wherein an independently actuatable shut-off valve is assigned to a relevant metering wheel segment in order to put one or more metering wheel segment(s) out of operation as required, wherein the shut-off valves are mounted in the interior of the metering housing and have a shut-off surface inclined in the axial direction, wherein the shut-off valves have a substantially circular-arc-shaped inner circumference and can be actuated, in the circumferential direction of a relevant metering wheel segment of the metering roller , between a shut-off position, in which they are arranged between the inlet and/or the outlet and the relevant metering wheel segment and put the relevant metering wheel segment out of operation, and at least one open position, in which the inlet and the outlet are connected to the relevant metering wheel segment .
Use of a compound represented by the following General Formula (I) as a lipid droplet detection reagent: wherein m represents an integer of 0 to 5; n represents an integer of 0 to 5; X is selected from the group consisting of a sulfur atom, an oxygen atom, and a group represented by NR; R is a hydrogen atom or a group represented by -(CH 2 ) y CH 3 ; and y represents an integer of 0 to 5; wherein methods for treatment of the human or animal body by surgery or therapy and diagnostic methods practised on the human or animal body are excluded. m represents an integer of 0 to 5; n represents an integer of 0 to 5; X is selected from the group consisting of a sulfur atom, an oxygen atom, and a group represented by NR; R is a hydrogen atom or a group represented by -(CH 2 ) y CH 3 ; and y represents an integer of 0 to 5;
A blade insert for a wind turbine blade root attachment for receiving a bolt within an internal thread of the insert, the insert comprising an elongate main body formed of a first material for receipt within the blade root, characterised in that joined thereto is an annular end portion , in use disposed at a blade root end face and through which the bolt extends, formed of a second material which has higher corrosion resistance than said first material, said second material being stainless steel.