mhurhangee/ep-ind-claims huggingface dataset:
A Conductive Bridge Random Access Memory device comprising: an insulating electrolyte element sandwiched between a cation supply metal electrode and a bottom electrode, wherein the cation supply metal electrode comprises a Cu x Si y Te z alloy, characterised in that x= 48 at.%, y= 20 at.% and z= 32 at.%. an insulating electrolyte element sandwiched between a cation supply metal electrode and a bottom electrode, wherein the cation supply metal electrode comprises a Cu x Si y Te z alloy, characterised in that x= 48 at.%, y= 20 at.% and z= 32 at.%.
A compressor device comprising: a housing; a rotating group with a compressor wheel; a bearing that supports rotation of the rotating group within the housing about an axis of rotation; a motor that drives rotation of the rotating group about the axis of rotation; a motor cooling system that provides a first flow of a first fluid through the housing for cooling the motor; a bearing cooling system that provides a second flow of a second fluid through the housing for cooling the bearing; characterised in that the motor cooling system includes a first fluid flow section at a first axial position, the first fluid flow section extending in a downstream direction radially with respect to the axis of rotation; the bearing cooling system includes a second flow section at a second axial position that is spaced apart axially from the first axial position, the second flow section extending in a downstream direction radially with respect to the axis of rotation; and the first flow section and the second flow section are disposed in a heat exchanger arrangement configured to transfer heat between the second fluid and the first fluid. a housing; a rotating group with a compressor wheel; a bearing that supports rotation of the rotating group within the housing about an axis of rotation; a motor that drives rotation of the rotating group about the axis of rotation; a motor cooling system that provides a first flow of a first fluid through the housing for cooling the motor; a bearing cooling system that provides a second flow of a second fluid through the housing for cooling the bearing; characterised in that the motor cooling system includes a first fluid flow section at a first axial position, the first fluid flow section extending in a downstream direction radially with respect to the axis of rotation; the bearing cooling system includes a second flow section at a second axial position that is spaced apart axially from the first axial position, the second flow section extending in a downstream direction radially with respect to the axis of rotation; and the first flow section and the second flow section are disposed in a heat exchanger arrangement configured to transfer heat between the second fluid and the first fluid.
A method for focusing ions for a collision cell using an ion optics assembly comprising a first ion lens disposed between a retarding lens and an entrance to a collision cell, comprising the steps of: providing sample ions formed at a source electrical potential; establishing a first electrical field to decelerate sample ions entering the retarding lens and establishing a second electrical field between the retarding lens and the first ion lens to accelerate sample ions from the retarding lens and into the first ion lens, wherein sample ions are substantially focused to a focal point within the first ion lens and form a substantially collimated ion beam after the focal point and before the entrance to the collision cell, the collision cell configured to produce fragment ions; and establishing a third electrical field between the first ion lens and the entrance of the collision cell to decelerate sample ions from the first ion lens. providing sample ions formed at a source electrical potential; establishing a first electrical field to decelerate sample ions entering the retarding lens and establishing a second electrical field between the retarding lens and the first ion lens to accelerate sample ions from the retarding lens and into the first ion lens, wherein sample ions are substantially focused to a focal point within the first ion lens and form a substantially collimated ion beam after the focal point and before the entrance to the collision cell, the collision cell configured to produce fragment ions; and establishing a third electrical field between the first ion lens and the entrance of the collision cell to decelerate sample ions from the first ion lens.
A composite pipe termination comprising: a) a composite pipe formed of composite material and having an interior pipe surface, an exterior pipe surface and a pipe end, wherein composite material is a material comprising a polymer matrix and a plurality of reinforcing fibres embedded in the polymer matrix; b) a liner, wherein the interior pipe surface is fused to the liner; c) an annular portion of composite material attached to the exterior pipe surface, the annular portion comprising a first stepped region (2a, 2b, 2c) in which the annular portion decreases in radial thickness in the axial direction away from the pipe end by means of at least one step; d) an end-fitting which interfaces with the annular portion; e) an annular collar enclosing the first stepped region; f) locking means which lock the end-fitting to the annular collar to prevent the end-fitting from moving axially with respect to the annular collar; wherein the annular collar comprises a stepped portion in which the annular collar increases in radial thickness in the axial direction away from the pipe end by means of the same number of steps as are comprised in the first stepped region, wherein step(s) of the stepped portion mate with step(s) of the first stepped region to prevent or limit axial movement of the annular collar towards the end-fitting. a) a composite pipe formed of composite material and having an interior pipe surface, an exterior pipe surface and a pipe end, wherein composite material is a material comprising a polymer matrix and a plurality of reinforcing fibres embedded in the polymer matrix; b) a liner, wherein the interior pipe surface is fused to the liner; c) an annular portion of composite material attached to the exterior pipe surface, the annular portion comprising a first stepped region (2a, 2b, 2c) in which the annular portion decreases in radial thickness in the axial direction away from the pipe end by means of at least one step; d) an end-fitting which interfaces with the annular portion; e) an annular collar enclosing the first stepped region; f) locking means which lock the end-fitting to the annular collar to prevent the end-fitting from moving axially with respect to the annular collar;
A feces treatment agent for colostomy, wherein a water-soluble base material contains an agent A including, a granular water-soluble lubricant, a granular water-absorbing gelling agent, sodium bicarbonate, and a component including at least one selected from the group consisting of zinc oxide, limonite and zinc sulfide, characterised in that an average particle diameter of the granular water-absorbing gelling agent is 24 to 40 μm, the average particle diameter being an average value obtained by arbitrarily selecting the statistically reliable number of particles, measuring the longest particle size of each particle with a microscope, and arithmetically averaging the values. a granular water-soluble lubricant, a granular water-absorbing gelling agent, sodium bicarbonate, and a component including at least one selected from the group consisting of zinc oxide, limonite and zinc sulfide, characterised in that
A bladder for an article of footwear including an upper and a sole structure and being divided into one or more regions including a forefoot region, a mid-foot region, and a heel region, the bladder comprising: a first barrier layer formed of a first material; and a second barrier layer formed of a second material and cooperating with the first barrier layer to form a fluid-filled chamber including a first fluid-filled segment extending along an arcuate path, a second fluid-filled segment extending from a first end of the first fluid-filled segment to a first distal end along a first longitudinal axis (Asi), and a third fluid-filled segment extending along a second longitudinal axis (A S2) from a second end of the first fluid-filled segment to a second distal end, the fluid-filled chamber having a tubular shape defining a thickness of the fluid-filled chamber that tapers continuously and at a constant rate from the first fluid-filled segment to at least one of the first distal end and the second distal end, wherein the second fluid-filled segment is a medial segment extending along the medial side of the sole structure in the heel region and terminates at a first distal end within the mid-foot region, the third fluid-filled segment is a lateral segment extending along the lateral side of the sole structure in the heel region and terminates at a second distal end within the mid-foot region, and the first fluid-filled segment is a posterior segment extending around the posterior end of the heel region and fluidly couples to the medial segment and the lateral segment. a first barrier layer formed of a first material; and a second barrier layer formed of a second material and cooperating with the first barrier layer to form a fluid-filled chamber including a first fluid-filled segment extending along an arcuate path, a second fluid-filled segment extending from a first end of the first fluid-filled segment to a first distal end along a first longitudinal axis (Asi), and a third fluid-filled segment extending along a second longitudinal axis (A S2) from a second end of the first fluid-filled segment to a second distal end, the fluid-filled chamber having a tubular shape defining a thickness of the fluid-filled chamber that tapers continuously and at a constant rate from the first fluid-filled segment to at least one of the first distal end and the second distal end, wherein the second fluid-filled segment is a medial segment extending along the medial side of the sole structure in the heel region and terminates at a first distal end within the mid-foot region, the third fluid-filled segment is a lateral segment extending along the lateral side of the sole structure in the heel region and terminates at a second distal end within the mid-foot region, and the first fluid-filled segment is a posterior segment extending around the posterior end of the heel region and fluidly couples to the medial segment and the lateral segment.
A vascular aneurysm treatment apparatus for treating a vascular aneurysm of a blood vessel in a human or mammal patient, the apparatus comprising: an implantable constriction device having a surface portion configured to be engaged with, and constrict, the tissue wall of the blood vessel extending along the aneurysm to reduce the bulge of the blood vessel caused by the aneurysm, an implantable stimulation device configured to be energized to stimulate the tissue wall of the blood vessel, and a control device operable to control the stimulation device to stimulate the wall portion to cause contraction of the wall portion, an energy source for supplying energy to at least one of the implantable constriction device and the implantable stimulation device; characterized in that the control device is further configured to: determine a temperature of the apparatus. an implantable constriction device having a surface portion configured to be engaged with, and constrict, the tissue wall of the blood vessel extending along the aneurysm to reduce the bulge of the blood vessel caused by the aneurysm, an implantable stimulation device configured to be energized to stimulate the tissue wall of the blood vessel, and a control device operable to control the stimulation device to stimulate the wall portion to cause contraction of the wall portion, an energy source for supplying energy to at least one of the implantable constriction device and the implantable stimulation device; characterized in that the control device is further configured to: determine a temperature of the apparatus.
Modelling method for the time gradient of the state of a steel volume by means of a computer, - wherein the steel volume is modelled in the computer by a number of volume elements, - wherein the state of the steel volume at a specific time (t) includes variables (e, pA, cA) for each of the volume elements which are characteristic for the enthalpy (e) present at this time (t) in the respective volume element and for proportions (pA, pF, pZ) in which the steel in the respective volume element at this time (t) is present in the phases austenite, ferrite and cementite, - wherein the computer for at least one of the volume elements determines the time gradient of the characteristic variables (e, pA, cA) by solving a thermal conductivity equation and a phase transition equation, - wherein one of the characteristic variables (e, pA, cA) is a locally invariable average concentration (cA) of interstitial elements within the respective volume element in the austenite phase of the respective volume element, the proportion (pA) of the phase austenite in the respective volume element and the enthalpy (e) of the respective volume element respectively, so that the proportions (pF, pZ) of the phases ferrite and cementite in the respective volume element are variables derived from the characteristic variables (e, pA, cA). - wherein the steel volume is modelled in the computer by a number of volume elements, - wherein the state of the steel volume at a specific time (t) includes variables (e, pA, cA) for each of the volume elements which are characteristic for the enthalpy (e) present at this time (t) in the respective volume element and for proportions (pA, pF, pZ) in which the steel in the respective volume element at this time (t) is present in the phases austenite, ferrite and cementite, - wherein the computer for at least one of the volume elements determines the time gradient of the characteristic variables (e, pA, cA) by solving a thermal conductivity equation and a phase transition equation, - wherein one of the characteristic variables (e, pA, cA) is a locally invariable average concentration (cA) of interstitial elements within the respective volume element in the austenite phase of the respective volume element, the proportion (pA) of the phase austenite in the respective volume element and the enthalpy (e) of the respective volume element respectively, so that the proportions (pF, pZ) of the phases ferrite and cementite in the respective volume element are variables derived from the characteristic variables (e, pA, cA).
Drilling-milling device comprising a housing, a drive shaft, a spindle and a brake, the drive shaft and the spindle being coupled to one another by means of a gear mechanism, the brake being coupled to the spindle and a braking torque of the brake being transmitted to the housing, characterized in that the brake is a viscous brake or an electric generator.
A bearing arrangement of a shaft, with which an annular bearing sleeve is applied from a bearing material onto the shaft, characterised in that the shaft at least in the axial region in which the bearing sleeve is arranged, comprises a profiling extending parallel to its longitudinal axis, which allows to push the bearing sleeve in axial direction along the profiling onto the shaft and into which at least one corresponding engagement element on the inner periphery of the bearing element engages with a positive fit, wherein the at least one engagement element extends in the direction of the longitudinal axis of the shaft only over a part of the length of the bearing sleeve and the bearing sleeve for axial fixation, bears with at least one axial end (8, 10) on a retaining sleeve applied onto the shaft.
A coated article including a coating supported by a glass substrate, the coating comprising: a first transparent dielectric layer on the glass substrate; an infrared reflecting layer comprising silver on the glass substrate, located over at least the first transparent dielectric layer; a second transparent dielectric layer on the glass substrate, located over at least the IR reflecting layer; and wherein at least one of the first and second transparent dielectric layers is amorphous or substantially amorphous, and comprises an oxide of Ti doped with at least one of SnZn, and Ba, and wherein metal content of the amorphous or substantially amorphous layer comprises from 70-99.5% Ti and from 0.5-30% of at least one of SnZn, and Ba (atomic%). a first transparent dielectric layer on the glass substrate; an infrared reflecting layer comprising silver on the glass substrate, located over at least the first transparent dielectric layer; a second transparent dielectric layer on the glass substrate, located over at least the IR reflecting layer; and wherein at least one of the first and second transparent dielectric layers is amorphous or substantially amorphous, and comprises an oxide of Ti doped with at least one of SnZn, and Ba, and wherein metal content of the amorphous or substantially amorphous layer comprises from 70-99.5% Ti and from 0.5-30% of at least one of SnZn, and Ba (atomic%).
A component mounter for mounting components on a board, the component mounter comprising: a holding member configured to hold the board at a holding surface; a mounting head configured to mount the components on the board held by the holding member; the component mounter is characterized by: a heater configured to heat an entire surface of the board; a pressing head configured to apply pressure to the component mounted on the board at a specified region that is narrower than a mounting region of the board; and a control means configured to, after using the mounting head to perform a mounting process of mounting a component in the specified region within the mounting region of the board held by the holding member, use the pressing head to perform a pressing process of applying pressure to the component in the specified region mounted on the board while the heater heats the entire surface of the board, and use the mounting head to perform a next mounting process of mounting a component in the next specified region of the board while the pressing process is being performed. a holding member configured to hold the board at a holding surface; a mounting head configured to mount the components on the board held by the holding member; the component mounter is characterized by: a heater configured to heat an entire surface of the board; a pressing head configured to apply pressure to the component mounted on the board at a specified region that is narrower than a mounting region of the board; and a control means configured to, after using the mounting head to perform a mounting process of mounting a component in the specified region within the mounting region of the board held by the holding member, use the pressing head to perform a pressing process of applying pressure to the component in the specified region mounted on the board while the heater heats the entire surface of the board, and use the mounting head to perform a next mounting process of mounting a component in the next specified region of the board while the pressing process is being performed. a heater configured to heat an entire surface of the board; a pressing head configured to apply pressure to the component mounted on the board at a specified region that is narrower than a mounting region of the board; and a control means configured to, after using the mounting head to perform a mounting process of mounting a component in the specified region within the mounting region of the board held by the holding member, use the pressing head to perform a pressing process of applying pressure to the component in the specified region mounted on the board while the heater heats the entire surface of the board, and use the mounting head to perform a next mounting process of mounting a component in the next specified region of the board while the pressing process is being performed.
A polymerization initiator composition for a polymerizable monomer constituting an adhesive composition suitable for dental use, comprising: 100 parts by weight of at least one organic boron compound selected from the group consisting of a trialkyl boron, alkoxyalkyl boron, dialkyl borane, monocyclic or bicyclic compound having a boron atom as a hetero atom and partially oxidated trialkyl boron; 5 to 40 parts by weight of an aprotic solvent having a boiling point of 50 to 120°C; and 0.2 to 5 parts by weight of an alcohol having a boiling point of 60 to 180°C. 100 parts by weight of at least one organic boron compound selected from the group consisting of a trialkyl boron, alkoxyalkyl boron, dialkyl borane, monocyclic or bicyclic compound having a boron atom as a hetero atom and partially oxidated trialkyl boron; 5 to 40 parts by weight of an aprotic solvent having a boiling point of 50 to 120°C; and 0.2 to 5 parts by weight of an alcohol having a boiling point of 60 to 180°C.
A fragment of unacylated ghrelin and/or pharmaceutically acceptable salts thereof wherein the fragment consists of amino acid sequence SEQ ID NO: 6 and/or pharmaceutically acceptable salts thereof, for its use in protecting a subject against reperfusion injury.
Conveyor carriage (1, 201) for sheet-like elements, comprising: - a bearing structure, extending along a working direction and designed to support a package of said sheet-like elements, - a movement device arranged to actuate and guide the displacement of said conveyor carriage along a conveying direction, - a gripping device (10, 210), associated with said bearing structure and arranged to pick up individual sheet-like elements from packages of sheet-like elements, and to load them in succession on to said bearing structure, characterised in that it comprises a first frame transfer device, which in turn comprises: - a coupling member arranged to couple and uncouple an auxiliary supporting frame, as well as - a driving member arranged to move said auxiliary supporting frame along said working direction towards and away from said bearing structure, in such a way as to load said auxiliary supporting frame on to said bearing structure, so that the individual sheet-like elements (100a; 100b) picked up by said gripping device can be rested on said auxiliary supporting frame forming said package of sheet-like elements, and in such a way as to unload said auxiliary supporting frame, together with said package of sheet-like elements, from said bearing structure. - a bearing structure, extending along a working direction and designed to support a package of said sheet-like elements, - a movement device arranged to actuate and guide the displacement of said conveyor carriage along a conveying direction, - a gripping device (10, 210), associated with said bearing structure and arranged to pick up individual sheet-like elements from packages of sheet-like elements, and to load them in succession on to said bearing structure, characterised in that it comprises a first frame transfer device, which in turn comprises: - a coupling member arranged to couple and uncouple an auxiliary supporting frame, as well as - a driving member arranged to move said auxiliary supporting frame along said working direction towards and away from said bearing structure,