mhurhangee/ep-ind-claims huggingface dataset:
A 3,7-diaminophenothiazine (DAPTZ) compound in stable crystalline reduced form for use in a method of treatment or prophylaxis of a cognitive or CNS disorder in a patient, wherein said disorder is one which is susceptible to treatment by said DAPTZ compound, which method comprises orally administering to said patient a dosage unit containing said DAPTZ compound as active ingredient, wherein the patient is one who has been assessed as suffering from a haematological disorder, the effects of which haematological disorder may otherwise be exacerbated by the DAPTZ compound.
A gas diffuser assembly comprising: a gas diffuser, comprising: a base comprising a groove configured to accept a retaining ring; a nose having gas holes; a core coupling the base to the nose, wherein the core includes screw threads configured to engage complementary screw threads of a nozzle assembly; and a front shoulder positioned at an intersection of the core and the base, wherein the front shoulder is configured to abut a complementary shoulder of the nozzle assembly; and a retaining ring positioned within the retaining ring groove to retain the gas diffuser assembly within the nozzle assembly. a gas diffuser, comprising: a base comprising a groove configured to accept a retaining ring; a nose having gas holes; a core coupling the base to the nose, wherein the core includes screw threads configured to engage complementary screw threads of a nozzle assembly; and a front shoulder positioned at an intersection of the core and the base, wherein the front shoulder is configured to abut a complementary shoulder of the nozzle assembly; and a base comprising a groove configured to accept a retaining ring; a nose having gas holes; a core coupling the base to the nose, wherein the core includes screw threads configured to engage complementary screw threads of a nozzle assembly; and a front shoulder positioned at an intersection of the core and the base, wherein the front shoulder is configured to abut a complementary shoulder of the nozzle assembly; and a retaining ring positioned within the retaining ring groove to retain the gas diffuser assembly within the nozzle assembly.
An edible composition for use in treating or preventing a degenerative joint condition in a companion animal, wherein the edible composition is to be fed to the animal, wherein the edible composition comprises one or more pyruvate in an amount effective to treat or prevent the degenerative joint condition and wherein the edible composition is a food composition.
A pressure-sensitive adhesive composition comprising: a block copolymer including a first block having a glass transition temperature of 50°C or higher, and a second block having a glass transition temperature of -10°C or lower and a cross-linkable functional group, the first block and/or second block including a polymerization unit which is derived from a compound containing a nitrogen atom; and an antistatic agent; wherein the cross-linkable functional group is not present in the first block, but is contained only in the second block. a block copolymer including a first block having a glass transition temperature of 50°C or higher, and a second block having a glass transition temperature of -10°C or lower and a cross-linkable functional group, the first block and/or second block including a polymerization unit which is derived from a compound containing a nitrogen atom; and an antistatic agent; wherein the cross-linkable functional group is not present in the first block, but is contained only in the second block.
A method for sharing a channel in a wireless communications system among wireless devices (105, 200A, 200B) that use a plurality of different access technologies, the method comprising: accessing, by a wireless device, the channel; determining, by the wireless device, that an access technology used to access the channel is a first one of the plurality of different access technologies; and at least partially in response to the determination, indicating, by the wireless device, to one or more other wireless devices that the first access technology is used to access the channel, wherein the use of the first access technology is indicated to the one or more other wireless devices (105, 200A, 200B) by at least one predetermined signal parameter of a service advertisement signal that is broadcast to advertise use of the channel to the one or more other wireless devices, the at least one predetermined signal parameter being recognizable by the one or more other wireless devices as indicating use of the first access technology, wherein the at least one predetermined signal parameter is at least one of: a periodicity of the service advertisement signal; and a predetermined sequence used to generate the service advertisement signal. accessing, by a wireless device, the channel; determining, by the wireless device, that an access technology used to access the channel is a first one of the plurality of different access technologies; and at least partially in response to the determination, indicating, by the wireless device, to one or more other wireless devices that the first access technology is used to access the channel, wherein the use of the first access technology is indicated to the one or more other wireless devices (105, 200A, 200B) by at least one predetermined signal parameter of a service advertisement signal that is broadcast to advertise use of the channel to the one or more other wireless devices, the at least one predetermined signal parameter being recognizable by the one or more other wireless devices as indicating use of the first access technology, wherein the at least one predetermined signal parameter is at least one of: a periodicity of the service advertisement signal; and a predetermined sequence used to generate the service advertisement signal. a periodicity of the service advertisement signal; and a predetermined sequence used to generate the service advertisement signal.
Light module system comprising a first light module and a second light module, wherein the first light module is controllable in dependence on the second light module, wherein - the first light module being designed as a non-high-resolution light module and being set up to generate a light distribution of a first type (1, 10) in an area in front of the light module system, the light distribution of the first type (1, 10) being a dimmable dipped beam light distribution which has a cut-off line - the second light module is designed as a high-resolution light module, wherein - a minimum brightness is assigned to a part of the light distribution of the first type, the part being a region of the light distribution of the first type (1, 10) which has its cut-off line, characterized in that - the second light module is arranged to, * in an operating mode, to generate at least one high-resolution ground projection light distribution, thereby causing the first light module to dim the entire light distribution of the first type, and * to illuminate the part of the light distribution of the first type (1, 10) in high resolution, so that the same brightness is present in the part as in an undimmed light distribution of the first type (1, 10), wherein the at least one ground projection light distribution is an optical representation of information. - the first light module being designed as a non-high-resolution light module and being set up to generate a light distribution of a first type (1, 10) in an area in front of the light module system, the light distribution of the first type (1, 10) being a dimmable dipped beam light distribution which has a cut-off line - the second light module is designed as a high-resolution light module, wherein - a minimum brightness is assigned to a part of the light distribution of the first type, the part being a region of the light distribution of the first type (1, 10) which has its cut-off line, characterized in that - the second light module is arranged to, * in an operating mode, to generate at least one high-resolution ground projection light distribution, thereby causing the first light module to dim the entire light distribution of the first type, and * to illuminate the part of the light distribution of the first type (1, 10) in high resolution, so that the same brightness is present in the part as in an undimmed light distribution of the first type (1, 10), wherein the at least one ground projection light distribution is an optical representation of information.
A catalytic cracking catalyst comprising a zeolite, zinc and at least one rare earth element having an ionic radius of less than 0.95 A at a coordinate number of 6 wherein the rare earth element is selected from europium, gadolinium, terbium, dysprosium, holmium, erbium, thulium, ytterbium, lutetium and mixtures thereof, and the rare earth element is present in the catalyst in an amount from 0.22 wt% to 22 wt% of the catalyst.
A respiratory therapy system, comprising: a patient interface device (8, 8', 96) capable of delivering breathing gas to a patient and having a contacting element (14, 14', 104) having a user contacting surface (49, 49', 105), wherein each of a plurality of locations along at least a portion of the contacting surface has a number of electrode elements associated therewith; a sensing circuit (36, 110) coupled to the electrode elements; and a processing apparatus in communication with the sensing circuit, characterized in that the sensing circuit and the processing apparatus are structured to: (i) determine a plurality of capacitance values using the electrode elements when the patient interface device is donned by a user, wherein each of the capacitance values is associated with one of the locations, (ii) classify each of the capacitance values into one of a plurality of predetermined categories, and (iii) use the classified capacitance values to identify a number of predetermined fit conditions along the contacting element. a patient interface device (8, 8', 96) capable of delivering breathing gas to a patient and having a contacting element (14, 14', 104) having a user contacting surface (49, 49', 105), wherein each of a plurality of locations along at least a portion of the contacting surface has a number of electrode elements associated therewith; a sensing circuit (36, 110) coupled to the electrode elements; and a processing apparatus in communication with the sensing circuit, characterized in that the sensing circuit and the processing apparatus are structured to: (i) determine a plurality of capacitance values using the electrode elements when the patient interface device is donned by a user, wherein each of the capacitance values is associated with one of the locations, (ii) classify each of the capacitance values into one of a plurality of predetermined categories, and (iii) use the classified capacitance values to identify a number of predetermined fit conditions along the contacting element.
Packaging material forming apparatus for use with a feedstock of pre-folded paper having two substantially continuous linear sides provided in the form of a roll, the apparatus comprising a former for partially opening the folded paper into a linear tubular form, and first and second sets of corresponding rollers (100, 120) for moving the tubular paper form through the apparatus, wherein the first set of rollers is arranged to rotate at a speed greater than the second set of rollers to enable the tubular paper form to be partially crushed in a linear direction, the second set of rollers being arranged to crimp the two linear sides of the paper together, and wherein both of the rollers (100, 120) in the second set comprise teeth, the two sets of teeth being arranged to interlock and correspond with one another, the apparatus further comprising a cutting mechanism for cutting the partially crushed linear tubular paper form into desired lengths, wherein: the cutting mechanism comprises a stationary blade, a first reciprocating blade, and a second reciprocating blade; the first reciprocating blade and the second reciprocating blade are pivotable relative to the stationary blade; the first reciprocating blade is driven by a first drive cog, and the second reciprocating blade is driven by a second drive cog; the first drive cog and the second drive cog are coupled to one another such that they rotate concurrently; and the coupling of the first drive cog and the second drive cog is achieved via a drive belt, and the drive belt is removable and/or adjustable, such that the first drive cog and the second drive cog may be rotated independently of one another, thereby enabling alteration of a phase difference between movement of the first connecting rod and the second connecting rod, thereby altering a phase difference between movement of the first reciprocating blade and the second reciprocating blade. the first reciprocating blade and the second reciprocating blade are pivotable relative to the stationary blade; the first reciprocating blade is driven by a first drive cog, and the second reciprocating blade is driven by a second drive cog; the first drive cog and the second drive cog are coupled to one another such that they rotate concurrently; and the first reciprocating blade is driven by a first drive cog, and the second reciprocating blade is driven by a second drive cog; the first drive cog and the second drive cog are coupled to one another such that they rotate concurrently; and the coupling of the first drive cog and the second drive cog is achieved via a drive belt, and the drive belt is removable and/or adjustable, such that the first drive cog and the second drive cog may be rotated independently of one another, thereby enabling alteration of a phase difference between movement of the first connecting rod and the second connecting rod, thereby altering a phase difference between movement of the first reciprocating blade and the second reciprocating blade.
An organic light-emitting diode display device comprising: a first substrate comprising one or more pixels formed on the first substrate; a frit positioned around the pixels; a second substrate opposed and bonded to the first substrate; and at least one electrode line formed on the first substrate and intersecting a region of the frit, wherein the electrode line comprises at least one opening in the intersecting region; wherein the frit bonds the first substrate and the second substrate; and wherein a width of the electrode line in the intersecting region is different from a width of the electrode line in a region outside of the intersecting region, wherein the width of the electrode line in the intersecting region is wider than the width of the electrode line in the region outside of the intersecting region. a first substrate comprising one or more pixels formed on the first substrate; a frit positioned around the pixels; a second substrate opposed and bonded to the first substrate; and at least one electrode line formed on the first substrate and intersecting a region of the frit, wherein the electrode line comprises at least one opening in the intersecting region; wherein the frit bonds the first substrate and the second substrate; and wherein a width of the electrode line in the intersecting region is different from a width of the electrode line in a region outside of the intersecting region, wherein the width of the electrode line in the intersecting region is wider than the width of the electrode line in the region outside of the intersecting region.
A container (100, 100') for storing at least one personal care item, the container comprising: a base plate (102, 102') defining an aperture (104, 104'), the base plate having top and bottom surfaces (110, 112, 110', 112'); a well (106, 106') having an open top portion and a closed bottom portion, the top and bottom portions collectively defining a chamber accessible through the open top portion, the well having a seat (230, 230') abutting the base plate bottom surface (112, 112'), the well passing through the aperture (104, 104') and having a flange (144, 144') overlying a portion of the base plate; and a cap (108, 108') removably secured atop the chamber, the cap abutting the flange (144, 144') such that the flange seals between the cap and the base plate (102, 102') when the cap is secured atop the chamber; wherein the well (106, 106') has an uppermost point and a lowermost point and a height defined therebetween, the lowermost point being collapsible toward the uppermost point. a base plate (102, 102') defining an aperture (104, 104'), the base plate having top and bottom surfaces (110, 112, 110', 112'); a well (106, 106') having an open top portion and a closed bottom portion, the top and bottom portions collectively defining a chamber accessible through the open top portion, the well having a seat (230, 230') abutting the base plate bottom surface (112, 112'), the well passing through the aperture (104, 104') and having a flange (144, 144') overlying a portion of the base plate; and a cap (108, 108') removably secured atop the chamber, the cap abutting the flange (144, 144') such that the flange seals between the cap and the base plate (102, 102') when the cap is secured atop the chamber; wherein the well (106, 106') has an uppermost point and a lowermost point and a height defined therebetween, the lowermost point being collapsible toward the uppermost point.
A method for detecting performance of an APU starter, comprising: obtaining APU-related messages at multiple time points within one time period; obtaining running parameters of the APU starter according to the messages, the running parameters comprise starting time STA; calculating the average value AVG and a deviation index δ of the starting time STA within said time period, the deviation index δ being the standard deviation; and determining whether performance of the APU starter is in a stable phase, decline phase, or failure phase according to the deviation index δ, wherein the step of determining whether performance of the APU starter is in a stable phase, decline phase, or failure phase comprises: in response to that the deviation index δ is smaller than a decline threshold value, determining that performance of the APU starter is in a stable phase; in response to that the deviation index δ is larger than the decline threshold value and smaller than a failure threshold value, determining that performance of the APU starter is in a decline phase; and in response to that the deviation index δ is larger than the failure threshold value, determining that performance of the APU starter is in the failure phase. obtaining APU-related messages at multiple time points within one time period; obtaining running parameters of the APU starter according to the messages, the running parameters comprise starting time STA; calculating the average value AVG and a deviation index δ of the starting time STA within said time period, the deviation index δ being the standard deviation; and determining whether performance of the APU starter is in a stable phase, decline phase, or failure phase according to the deviation index δ, wherein the step of determining whether performance of the APU starter is in a stable phase, decline phase, or failure phase comprises: in response to that the deviation index δ is smaller than a decline threshold value, determining that performance of the APU starter is in a stable phase; in response to that the deviation index δ is larger than the decline threshold value and smaller than a failure threshold value, determining that performance of the APU starter is in a decline phase; and in response to that the deviation index δ is larger than the failure threshold value, determining that performance of the APU starter is in the failure phase. in response to that the deviation index δ is smaller than a decline threshold value, determining that performance of the APU starter is in a stable phase; in response to that the deviation index δ is larger than the decline threshold value and smaller than a failure threshold value, determining that performance of the APU starter is in a decline phase; and in response to that the deviation index δ is larger than the failure threshold value, determining that performance of the APU starter is in the failure phase.
A power converter comprising: a heat sink provided with a holding unit; a plurality of semiconductor devices disposed on the heat sink; and a fixing assembly pressing each of the semiconductor devices toward the heat sink to fix the semiconductor device; wherein the fixing assembly comprises: a lower push unit disposed on the semiconductor device; and an upper push unit disposed on the lower push unit to press the lower push unit downward, the upper push unit being coupled to the holding unit, the holding unit comprises a groove that is recessed downward, characterized in that the upper push unit comprises: a central bent part that partially protrudes downward; and an insertion part disposed on each of both ends of the central bent part in a left/right direction, the insertion part having a left/right distance therebetween that gradually increases upward. a heat sink provided with a holding unit; a plurality of semiconductor devices disposed on the heat sink; and a fixing assembly pressing each of the semiconductor devices toward the heat sink to fix the semiconductor device; wherein the fixing assembly comprises: a lower push unit disposed on the semiconductor device; and an upper push unit disposed on the lower push unit to press the lower push unit downward, the upper push unit being coupled to the holding unit, the holding unit comprises a groove that is recessed downward, characterized in that the upper push unit comprises: a central bent part that partially protrudes downward; and an insertion part disposed on each of both ends of the central bent part in a left/right direction, the insertion part having a left/right distance therebetween that gradually increases upward. a lower push unit disposed on the semiconductor device; and an upper push unit disposed on the lower push unit to press the lower push unit downward, the upper push unit being coupled to the holding unit, the holding unit comprises a groove that is recessed downward, characterized in that the upper push unit comprises: a central bent part that partially protrudes downward; and an insertion part disposed on each of both ends of the central bent part in a left/right direction, the insertion part having a left/right distance therebetween that gradually increases upward. a central bent part that partially protrudes downward; and an insertion part disposed on each of both ends of the central bent part in a left/right direction, the insertion part having a left/right distance therebetween that gradually increases upward.
Surgical instrument for removing a surgical clip applied to a hollow organ, the clip comprising two clamping arms having two free ends and two ends connected to each other and defining a connecting region, and the instrument having a proximal and a distal end (22, 24), wherein a spreading device for grasping and spreading apart an applied clip from an applied position to a released position is arranged at the distal end, wherein the spreading device comprises a clip receptacle, and wherein it is transferable from an insertion position in which it defines a minimal cross-sectional area to a clip receiving position in which the clip receptacle is open to receive the clip to be removed, wherein the spreading device comprises at least one proximal and at least one distal clip receiving stop (72, 118), which delimit the clip receptacle at the proximal side and at the distal side, and wherein two clip receiving stops are provided at the distal side, characterized in that a transverse spacing between the two clip receiving stops at the distal side increases transversely to the longitudinal direction during transfer from the clip receiving position to a clip spreading position in which the clip to be removed can be held spread apart in the clip receptacle and in that a spacing in the longitudinal direction between the at least one proximal and the at least one distal clip receiving stop (72, 118) is alterable.