mhurhangee/ep-ind-claims huggingface dataset:
A rotary cutting apparatus comprising: a frame movable in a first direction and a second direction, wherein the first direction is opposite the second direction; a cutting roll defining a first longitudinal axis, wherein the cutting roll is rotatably connected with the frame and configured to rotate about the first longitudinal axis; an anvil roll defining a second longitudinal axis, wherein the anvil roll is rotatably connected with the frame and configured to rotate about the second longitudinal axis, the anvil roll positioned relative to the cutting roll such that the first longitudinal axis is substantially parallel with the second longitudinal axis; a first stationary member adapted to prevent movement of the frame in the first direction; wherein the rotary cutting apparatus further comprises a sensor, wherein the sensor is adapted to detect a defective operating condition wherein a continuous substrate is advancing between the cutting roll and the anvil roll without being cut, and a second stationary member connected with the frame, the second stationary member having first and second configurations, wherein the second stationary member is adapted to prevent movement of the frame in the second direction in the first configuration, and wherein the second stationary member is adapted to allow movement of the frame in the second direction in the second configuration and wherein when the sensor detects a defective operating configuration, the second stationary member switches from a first configuration to a second configuration. a frame movable in a first direction and a second direction, wherein the first direction is opposite the second direction; a cutting roll defining a first longitudinal axis, wherein the cutting roll is rotatably connected with the frame and configured to rotate about the first longitudinal axis; an anvil roll defining a second longitudinal axis, wherein the anvil roll is rotatably connected with the frame and configured to rotate about the second longitudinal axis, the anvil roll positioned relative to the cutting roll such that the first longitudinal axis is substantially parallel with the second longitudinal axis; a first stationary member adapted to prevent movement of the frame in the first direction; wherein a sensor, wherein the sensor is adapted to detect a defective operating condition wherein a continuous substrate is advancing between the cutting roll and the anvil roll without being cut, and a second stationary member connected with the frame, the second stationary member having first and second configurations, wherein the second stationary member is adapted to prevent movement of the frame in the second direction in the first configuration, and wherein the second stationary member is adapted to allow movement of the frame in the second direction in the second configuration
Use of a water-soluble pea polysaccharide for decreasing the maximum viscosity of a starch paste solution during a heating process by 5% or more relative to the maximum viscosity with no addition of the water-soluble pea polysaccharide, and for keeping the final viscosity of the starch paste solution after cooling within ±10% of the final viscosity with no addition of the water-soluble pea polysaccharide, comprising a step of adding the water-soluble pea polysaccharide to the starch paste solution, wherein the maximum viscosity and the final viscosity are measured using a Rapid Visco Analyzer, the starch paste solution is a viscous solution formed by gelatinization and swelling of starch granules as a result of heating an aqueous solution in which a starch is dispersed, at the starch gelatinization temperature or higher, the starch is selected from the group consisting of a potato starch, a corn starch, a sweet potato starch and a tapioca starch, the weight of the water-soluble pea polysaccharide relative to the weight of the starch is 0.5-10 wt%, the mean absolute molecular weight of the water-soluble pea polysaccharide is from 200 000 to 800 000, and the water-soluble pea polysaccharide comprises galacturonic acid, arabinose, galactose, glucose, rhamnose, xylose and fucose as constituent sugars, and galacturonic acid constitutes 3 to 40 wt%, arabinose constitutes 20 to 50 wt%, and galactose constitutes 10 to 30 wt% of the sugar composition. comprising a step of adding the water-soluble pea polysaccharide to the starch paste solution, wherein the maximum viscosity and the final viscosity are measured using a Rapid Visco Analyzer, the starch paste solution is a viscous solution formed by gelatinization and swelling of starch granules as a result of heating an aqueous solution in which a starch is dispersed, at the starch gelatinization temperature or higher, the starch is selected from the group consisting of a potato starch, a corn starch, a sweet potato starch and a tapioca starch, the weight of the water-soluble pea polysaccharide relative to the weight of the starch is 0.5-10 wt%, the mean absolute molecular weight of the water-soluble pea polysaccharide is from 200 000 to 800 000, and the water-soluble pea polysaccharide comprises galacturonic acid, arabinose, galactose, glucose, rhamnose, xylose and fucose as constituent sugars, and galacturonic acid constitutes 3 to 40 wt%, arabinose constitutes 20 to 50 wt%, and galactose constitutes 10 to 30 wt% of the sugar composition.
Laser microdissection system comprising a microscope which has a reflected-light device, a microscope objective and a laser unit, wherein the beam path (b) of a laser beam of the laser unit runs through the reflected-light device and through the microscope objective and intersects an object plane of the microscope objective at an adjustable point of intersection, characterized in that an electrophoresis unit with an electrophoresis gel is attached below the object plane, wherein the electrophoresis gel has at least one gel pocket and the laser microdissection system comprises positioning means for positioning the electrophoresis gel parallel to the object plane and relative to a defined reference position such that dissectates which are of a specimen that is arrangeable in the object plane and which are obtained by means of the laser beam of the laser unit are able to be captured in the at least one gel pocket, wherein the positioning means are suitable for positioning the electrophoresis gel relative to the specimen.
An ocular iontophoresis device providing the administration of active ingredients in the eye, comprising: an external side wall, this external side wall presenting a proximal end and a distal end, the distal end of the external side wall being configured to engage the eye in order to be able to deliver the active ingredient; an internal side wall, this internal side wall having a proximal end and a distal end, the distal end of the internal side wall being configured to engage the eye in order to be able to deliver the active ingredient, the diameter of this internal side wall being smaller than that of the external side wall; an active electrode providing the coupling of the proximal ends of the external and internal side walls; in which the active electrode comprises: an electrically conductive layer; and an integral protective layer of the electrically conductive layer, the protective layer reacting substantially less than the conductive layer during the iontophoretic administration of the active ingredient; the external side wall, the internal side wall and the protective layer of the active electrode defining a reservoir configured to store an active ingredient. an external side wall, this external side wall presenting a proximal end and a distal end, the distal end of the external side wall being configured to engage the eye in order to be able to deliver the active ingredient; an internal side wall, this internal side wall having a proximal end and a distal end, the distal end of the internal side wall being configured to engage the eye in order to be able to deliver the active ingredient, the diameter of this internal side wall being smaller than that of the external side wall; an active electrode providing the coupling of the proximal ends of the external and internal side walls; in which the active electrode comprises: an electrically conductive layer; and an integral protective layer of the electrically conductive layer, the protective layer reacting substantially less than the conductive layer during the iontophoretic administration of the active ingredient; an electrically conductive layer; and an integral protective layer of the electrically conductive layer, the protective layer reacting substantially less than the conductive layer during the iontophoretic administration of the active ingredient; the external side wall, the internal side wall and the protective layer of the active electrode defining a reservoir configured to store an active ingredient.
A compound selected from the group consisting of Cpd 31, 3-(4-{[4-Cyclopent-1-en-1-yl-2-(trifluoromethyl)thiophen-3-yl]methoxy}-3,5-difluorophenyl)propanoic acid; or a pharmaceutically acceptable salt form thereof.
Protective assembly for a bicycle, comprising: - an internal member, - a protective member, and - a centring installation having a first centring element and a second centring element, - wherein the protective member is specified for being disposed between a saddle tube, configured as a first hollow member, of a bicycle frame, and the internal member, - wherein the second centring element is specified for centring the protective member in relation to the tube of the bicycle frame, and - wherein the first centring element and the second centring element are integrated in a component formed in one piece, characterized in that - the first centring element centres the protective member in relation to the internal member, and - the internal member is a second hollow member. - an internal member, - a protective member, and - a centring installation having a first centring element and a second centring element, - wherein the protective member is specified for being disposed between a saddle tube, configured as a first hollow member, of a bicycle frame, and the internal member, - wherein the second centring element is specified for centring the protective member in relation to the tube of the bicycle frame, and - wherein the first centring element and the second centring element are integrated in a component formed in one piece, characterized in that - the first centring element centres the protective member in relation to the internal member, and - the internal member is a second hollow member.
A compressor body for a screw compressor, comprising a housing provided with a suction inlet and a discharge end face, said housing being internally provided with a rotor chamber, wherein said housing is provided with a cooling chamber around said rotor chamber, said cooling chamber communicates with said suction inlet, and said cooling chamber is provided with an air inlet communicating with said rotor chamber, the amount of said air inlet is plural, a plurality of said air inlets are a primary air inlet, a first auxiliary air inlet and a second auxiliary air inlet, said primary air inlets having a diameter greater than that of both said first auxiliary air inlet and said second auxiliary air inlet, said rotor chamber comprises a female rotor chamber and a male rotor chamber, said female rotor chamber is configured to accommodate a female rotor and said male rotor chamber is configured to accommodate a male rotor; said primary air inlet is disposed in the middle of said female rotor chamber and said male rotor chamber, characterised in that said housing is internally provided with a spool chamber and in that said primary air inlet is proximate to said discharge end face axially compared to said first auxiliary air inlet and said second auxiliary air inlet, said first auxiliary air inlet is disposed at the bottom of said female rotor chamber, and said second auxiliary air inlet is disposed at the bottom of said male rotor chamber. said housing is provided with a cooling chamber around said rotor chamber, said cooling chamber communicates with said suction inlet, and said cooling chamber is provided with an air inlet communicating with said rotor chamber, the amount of said air inlet is plural, a plurality of said air inlets are a primary air inlet, a first auxiliary air inlet and a second auxiliary air inlet, said primary air inlets having a diameter greater than that of both said first auxiliary air inlet and said second auxiliary air inlet, said rotor chamber comprises a female rotor chamber and a male rotor chamber, said female rotor chamber is configured to accommodate a female rotor and said male rotor chamber is configured to accommodate a male rotor; said primary air inlet is disposed in the middle of said female rotor chamber and said male rotor chamber, characterised in that said housing is internally provided with a spool chamber and in that said primary air inlet is proximate to said discharge end face axially compared to said first auxiliary air inlet and said second auxiliary air inlet, said first auxiliary air inlet is disposed at the bottom of said female rotor chamber, and said second auxiliary air inlet is disposed at the bottom of said male rotor chamber.
A method for producing a B cell population, comprising: obtaining B cells in which the expression of a Bach2 gene is increased by: introducing a Bach2 gene incorporated into a virus vector into the B cells, and culturing said B cells, in which the expression of a Bach2 gene is increased, in the presence of a means for acting on CD40 and/or a BAFF receptor; wherein the B cells are mouse cells, and the specific growth rate obtained from the 9th day to the 13th day after introduction of the Bach2 gene into the B cells is 0.6 (1/day) or more; or wherein the B cells are human cells, and the specific growth rate obtained from the 12th day to the 18th day after introduction of the Bach2 gene into the B cells is 0.1 (1/day) or more. introducing a Bach2 gene incorporated into a virus vector into the B cells, and culturing said B cells, in which the expression of a Bach2 gene is increased, in the presence of a means for acting on CD40 and/or a BAFF receptor; wherein the B cells are mouse cells, and the specific growth rate obtained from the 9th day to the 13th day after introduction of the Bach2 gene into the B cells is 0.6 (1/day) or more; or wherein the B cells are human cells, and the specific growth rate obtained from the 12th day to the 18th day after introduction of the Bach2 gene into the B cells is 0.1 (1/day) or more.
A device for magnetic stripe data transmission comprising: a coil to which current is supplied in a first direction and a second direction that is opposite to the first direction; a core configured to inducing a magnetic field when the current is supplied to the coil; a power source configured to supplying the current to the coil; driving circuits (320, 330) configured to intermittently supply a burst pulse or similar burst pulse current supplied from the power source to the coil in the first direction or the second direction; and a controller configured to output to the driving circuits (320, 330) a control signal for controlling the current to be supplied to the coil alternately in the first direction and the second direction, characterized in that the core comprises a first core that is made a material having a squareness ratio of 0.5 or more, having a coercivity value of 1000 to 10000 [A/m], and having a semi hard magnetic density having a saturated magnetic flux density value of 1 or more. a coil to which current is supplied in a first direction and a second direction that is opposite to the first direction; a core configured to inducing a magnetic field when the current is supplied to the coil; a power source configured to supplying the current to the coil; driving circuits (320, 330) configured to intermittently supply a burst pulse or similar burst pulse current supplied from the power source to the coil in the first direction or the second direction; and a controller configured to output to the driving circuits (320, 330) a control signal for controlling the current to be supplied to the coil alternately in the first direction and the second direction, characterized in that the core comprises a first core that is made a material having a squareness ratio of 0.5 or more, having a coercivity value of 1000 to 10000 [A/m], and having a semi hard magnetic density having a saturated magnetic flux density value of 1 or more.
An alignment guide for preparing a bone element for receiving an implant comprising: a first component fixable to the bone element, comprising: a first bore that accommodates a first ball head fastener; and a second bore that accommodates a second ball head fastener, wherein the first component serves as a fixed rigid body; a second component moveable with respect to the first component, comprising: a first ball socket that accommodates a first ball of the first ball head fastener; a second ball socket that accommodates a second ball of the second ball head fastener; a third ball socket that accommodates a third ball of a third ball head fastener; and a third component moveable with respect to the second component and the first component, the third component comprising: a third bore that accommodates the third ball head fastener; and at least one guide that accommodates a surgical instrument, wherein the first ball head fastener and the second ball head fastener perform adjustments in up to two degrees of freedom so as to result in up to two degrees of freedom alignment of the at least one guide for preparing the bone element for the implant, and wherein the third ball head fastener adjusts a third additional degree of freedom so as to result in three degrees of freedom alignment of the at least one guide relative to the first component for preparing the bone element for the implant. a first component fixable to the bone element, comprising: a first bore that accommodates a first ball head fastener; and a second bore that accommodates a second ball head fastener, wherein the first component serves as a fixed rigid body; a first bore that accommodates a first ball head fastener; and a second bore that accommodates a second ball head fastener, wherein the first component serves as a fixed rigid body; a second component moveable with respect to the first component, comprising: a first ball socket that accommodates a first ball of the first ball head fastener; a second ball socket that accommodates a second ball of the second ball head fastener; a third ball socket that accommodates a third ball of a third ball head fastener; and a first ball socket that accommodates a first ball of the first ball head fastener; a second ball socket that accommodates a second ball of the second ball head fastener; a third ball socket that accommodates a third ball of a third ball head fastener; and a third component moveable with respect to the second component and the first component, the third component comprising: a third bore that accommodates the third ball head fastener; and at least one guide that accommodates a surgical instrument, a third bore that accommodates the third ball head fastener; and at least one guide that accommodates a surgical instrument,
A stent graft for deployment into the aorta of a patient comprising: a tubular body of biocompatible graft material having a proximal end, a distal end, and a main lumen therethrough; a proximal portion of a selected diameter, and a portion of reduced diameter less than the selected diameter distal of the proximal portion; a tapered portion extending between the proximal portion and the portion of reduced diameter; a proximally extending arm at least partially disposed in the tapered portion and having an open external end, in a proximal direction, the proximally extending arm in fluid communication with the main lumen; a plurality of low-profile distally extending side arms (26, 28, 30, 32) in the portion of reduced diameter or the tapered portion distal to the proximal portion for connection of an arm extension to an aortic branch vessel, the plurality of low-profile side arms having an open end extending toward the distal end of the tubular body, the distally extending side arms being in fluid communication with the main lumen; wherein the at least one proximally extending side arm has a distally extending internal portion.
A method for managing data, the method comprising the steps of: maintaining persistent data items on persistent storage (150, 152) accessible to a plurality of nodes (102-106, 108-110), the persistent data items including a particular data item stored at a particular location on said persistent storage (150, 152); assigning exclusive ownership of each of the persistent data items to one node of said plurality of nodes (102-106, 108-110), wherein a first node of said plurality of nodes (102-106, 108-110) is assigned exclusive ownership of said particular data item; when any node of said plurality of nodes (102-106, 108-110) other than said first node wants an operation performed that involves said particular data item, the node that desires the operation to be performed ships the operation to the first node for the first node to perform the operation on the particular data item as said particular data item is exclusively owned by said first node; whil e the exclusive ownership of the particular data item is held by said first node, receiving a command that requires a particular operation to be performed on the particular data item; temporarily reassigning exclusive ownership of said particular data item to a second node for a duration that is at least as long as required for said second node to perform said particular operation; and after said duration, automatically reassigning said exclusive ownership of said particular data item back to said first node. maintaining persistent data items on persistent storage (150, 152) accessible to a plurality of nodes (102-106, 108-110), the persistent data items including a particular data item stored at a particular location on said persistent storage (150, 152); assigning exclusive ownership of each of the persistent data items to one node of said plurality of nodes (102-106, 108-110), wherein a first node of said plurality of nodes (102-106, 108-110) is assigned exclusive ownership of said particular data item; when any node of said plurality of nodes (102-106, 108-110) other than said first node wants an operation performed that involves said particular data item, the node that desires the operation to be performed ships the operation to the first node for the first node to perform the operation on the particular data item as said particular data item is exclusively owned by said first node; whil e the exclusive ownership of the particular data item is held by said first node, receiving a command that requires a particular operation to be performed on the particular data item; temporarily reassigning exclusive ownership of said particular data item to a second node for a duration that is at least as long as required for said second node to perform said particular operation; and after said duration, automatically reassigning said exclusive ownership of said particular data item back to said first node.