mhurhangee/ep-ind-claims huggingface dataset:
Scroll compressor for refrigerants of a vehicle air conditioner, having - a housing with a high-pressure chamber and with compressor chambers and with a back-pressure chamber, - a fixed scroll with a baseplate and with a spiral wall, wherein the baseplate of the fixed scroll delimits the high-pressure chamber, - a moveable scroll with a baseplate and with a spiral wall which engages in the spiral wall of the fixed scroll and forms the compressor chambers with the latter, wherein the baseplate of the moveable scroll delimits the back-pressure chamber, - wherein the back-pressure chamber is connected to the compressor chambers and to the high-pressure chamber via a pressure line, - wherein the pressure line runs at least partially in the fixed scroll and is connected to at least one of the compressor chambers via a first duct and to the high-pressure chamber via a second duct, and - wherein the second duct is arranged in a filter which is inserted into a receiving opening which is introduced in the baseplate of the fixed scroll on the plate side thereof facing the high-pressure chamber. - a housing with a high-pressure chamber and with compressor chambers and with a back-pressure chamber, - a fixed scroll with a baseplate and with a spiral wall, wherein the baseplate of the fixed scroll delimits the high-pressure chamber, - a moveable scroll with a baseplate and with a spiral wall which engages in the spiral wall of the fixed scroll and forms the compressor chambers with the latter, wherein the baseplate of the moveable scroll delimits the back-pressure chamber, - wherein the back-pressure chamber is connected to the compressor chambers and to the high-pressure chamber via a pressure line, - wherein the pressure line runs at least partially in the fixed scroll and is connected to at least one of the compressor chambers via a first duct and to the high-pressure chamber via a second duct, and - wherein the second duct is arranged in a filter which is inserted into a receiving opening which is introduced in the baseplate of the fixed scroll on the plate side thereof facing the high-pressure chamber.
A mainframe computer comprising: - a hardware platform with hardware resources including processors and memory; - a virtualization hypervisor software; - a proprietary mainframe software environment of which at least one instance is suitable for running on the hardware architecture, in at least one first virtual machine that is able to run on the virtualization hypervisor, the proprietary mainframe software environment comprising: - a proprietary simulator software; - a proprietary operating system that is suitable for running on the proprietary simulator software, and is responsible for connecting the hardware resources of the first pool of hardware resources through the proprietary simulator software, on one hand, and applications configured to run on said proprietary operating system, on the other hand, when said applications are running; and - an open operating system on which the proprietary simulator and the proprietary operating system can run; wherein: the virtualization hypervisor is configured to create a first pool of hardware resources of the hardware platform that is dedicated to hosting, exclusively, the at least one first virtual machine in which the instance of the proprietary mainframe software environment can run. - a hardware platform with hardware resources including processors and memory; - a virtualization hypervisor software; - a proprietary mainframe software environment of which at least one instance is suitable for running on the hardware architecture, in at least one first virtual machine that is able to run on the virtualization hypervisor, the proprietary mainframe software environment comprising: - a proprietary simulator software; - a proprietary operating system that is suitable for running on the proprietary simulator software, and is responsible for connecting the hardware resources of the first pool of hardware resources through the proprietary simulator software, on one hand, and applications configured to run on said proprietary operating system, on the other hand, when said applications are running; and - an open operating system on which the proprietary simulator and the proprietary operating system can run; - a proprietary simulator software; - a proprietary operating system that is suitable for running on the proprietary simulator software, and is responsible for connecting the hardware resources of the first pool of hardware resources through the proprietary simulator software, on one hand, and applications configured to run on said proprietary operating system, on the other hand, when said applications are running; and - an open operating system on which the proprietary simulator and the proprietary operating system can run;
A hand held medicine dosing and dispensing device comprising a housing including a storage chamber containing discrete units of medicine; a feed assembly located between the storage chamber and a dispenser to feed individual units of medicine from the storage chamber to the dispenser; and an impacter operably associated with the storage chamber to agitate units of medicine stored in the storage chamber, characterized in that the impacter includes a rigid element fixedly connected at or towards one end to a wall of the storage chamber and operably associated at or towards a second end with an actuating mechanism that deflects the second end of the impacter towards the wall of the storage chamber to strain the impacter such that, when released, the strained impacter moves towards the interior of the storage chamber and impacts against the units of medicine; wherein the storage chamber is provided in a removable cassette that is releasably engageable within the housing and wherein the units of medicine comprise a medicament which is or contains levodopa/carbidopa or levodopa/benserazide, morphine, oxikodone or methadone, pregabaline, diazepam, oxazepam or alprazolam, acarbose, metformine, glibenclamide or glipizide, atomoxetine, capecitabine, pyridostigmine, warfarin, valproate or quetiapine.
A computer-readable medium comprising: (a) encrypted digital content; and (b) data processing commands, wherein said data processing commands, when executed by an interpreter in a playback device, configure said interpreter to, for each bit of a series of bits of information available to interpreter code, select, based on the value of said bit, either a respective encrypted first content portion or a respective encrypted second content portion for decryption by a decryption module of said playback device, the decryption module for decrypting the encrypted digital content, the selection thereby embedding said bit into the decrypted content, wherein said respective encrypted first content portion and said respective encrypted second content portion are part of the encrypted digital content and are encrypted with different respective cryptographic keys, and wherein said first content portion is different from said second content portion. (a) encrypted digital content; and (b) data processing commands, wherein said data processing commands, when executed by an interpreter in a playback device, configure said interpreter to, for each bit of a series of bits of information available to interpreter code, select, based on the value of said bit, either a respective encrypted first content portion or a respective encrypted second content portion for decryption by a decryption module of said playback device, the decryption module for decrypting the encrypted digital content, the selection thereby embedding said bit into the decrypted content, wherein said respective encrypted first content portion and said respective encrypted second content portion are part of the encrypted digital content and are encrypted with different respective cryptographic keys, and wherein said first content portion is different from said second content portion.
A method for controlling a driveline of a vehicle, wherein the driveline at least comprises a clutch and a transmission, where the clutch is adapted to connect and disconnect the transmission to a propulsion unit, the method is characterised in that it comprises the steps of; - estimating an upcoming clutch temperature at least dependent on an imminent drive route, and if the estimated upcoming clutch temperature is above a threshold value; - controlling the driveline in a critical heat mode, wherein in the critical heat mode the transmission is controlled such that a clutch temperature increase is lower in comparison to a normal driveline control mode. the method is characterised in that it comprises the steps of; - estimating an upcoming clutch temperature at least dependent on an imminent drive route, - estimating an upcoming clutch temperature at least dependent on an imminent drive route, and if the estimated upcoming clutch temperature is above a threshold value; - controlling the driveline in a critical heat mode, wherein in the critical heat mode the transmission is controlled such that a clutch temperature increase is lower in comparison to a normal driveline control mode. - controlling the driveline in a critical heat mode, wherein in the critical heat mode the transmission is controlled such that a clutch temperature increase is lower in comparison to a normal driveline control mode.
Stringed instrument with flexible connection of the upper part of the heel of the neck below the fingerboard to the fixing block in the body of the instrument, whereby the lower free end of the heel of the neck is coupled to the fixing block in the body of the stringed instrument through a rod via a rectification element, whose dilatation changes with ambient relative humidity, characterized in that the body of the wooden rectification element has longitudinal rings arranged transversely to the rod.
A co-rotating scroll compressor (1A; 1), comprising: a driving-side scroll member (7; 70) that is rotationally driven by a driving unit and includes a spiral driving-side wall (7b; 71b, 72b) disposed on a driving-side end plate (7a; 71a, 72a); a driven-side scroll member (9; 90) that includes a driven-side wall (9b; 91b, 92b) corresponding to the driving-side wall (7b; 71b, 72b), the driven-side wall (9b; 91b, 92b) being disposed on a driven-side end plate (9a; 90a) and engaging with the driving-side wall (7b; 71b, 72b)to form a compression chamber; and a synchronous driving mechanism (15'; 15) that transmits driving force from the driving-side scroll member (7; 70) to the driven-side scroll member (9; 90) to cause the driving-side scroll member (7; 70) and the driven-side scroll member (9; 90) to perform rotational movement in a same direction at a same angular velocity, wherein a support member (20, 22; 33, 35) is provided to a front end of at least one of the driving-side wall (7b; 71b, 72b) and the driven-side wall (9b; 91b) in an axis direction (CL1, CL2), the support member (20, 22; 33, 35) being connected to the front end by a positioning pin (41; 40) positioning a phase around a rotation axis, and rotating together with the connected wall, characterised in that the positioning pin (41; 40) is pressed into the support member (20, 22; 33, 35) and is fitted into the wall in a non-pressed-in state. a driving-side scroll member (7; 70) that is rotationally driven by a driving unit and includes a spiral driving-side wall (7b; 71b, 72b) disposed on a driving-side end plate (7a; 71a, 72a); a driven-side scroll member (9; 90) that includes a driven-side wall (9b; 91b, 92b) corresponding to the driving-side wall (7b; 71b, 72b), the driven-side wall (9b; 91b, 92b) being disposed on a driven-side end plate (9a; 90a) and engaging with the driving-side wall (7b; 71b, 72b)to form a compression chamber; and a synchronous driving mechanism (15'; 15) that transmits driving force from the driving-side scroll member (7; 70) to the driven-side scroll member (9; 90) to cause the driving-side scroll member (7; 70) and the driven-side scroll member (9; 90) to perform rotational movement in a same direction at a same angular velocity, wherein a support member (20, 22; 33, 35) is provided to a front end of at least one of the driving-side wall (7b; 71b, 72b) and the driven-side wall (9b; 91b) in an axis direction (CL1, CL2), the support member (20, 22; 33, 35) being connected to the front end by a positioning pin (41; 40) positioning a phase around a rotation axis, and rotating together with the connected wall, characterised in that the positioning pin (41; 40) is pressed into the support member (20, 22; 33, 35) and is fitted into the wall in a non-pressed-in state.
A carbon nanohorn composite, comprising a carbon nanohorn having an opening part formed by oxidation, a substance encapsulated in the carbon nanohorn, and a plug capping the opening part of the carbon nanohorn, characterized in that the plug is a polyamine molecule having amino groups, wherein the amine group of the polyamine molecule forms an amide linkage with a surface functional group present on the opening part on the surface of the carbon nanohorn, wherein the polyamine molecule is selected from the group consisting of 1,4-diaminobutane, spermine, 1,1,4,7,10,10-hexamethyltriethylenetetramine, 1,4,8,11-tetramethyl-1,4,8,11-tetraazacyclotetradecane, and folic acid, and wherein the surface functional group present on the opening part on the surface of the carbon nanohorn is a carbonyl group or an anhydride group.
The invention is a concealment cover ensuring safe concealment due to its ability of absorbing and reflecting radar waves, wherein it comprises X-type texture (1.1) formed by knitting of different types of conductor-containing fibers (1.4) and randomly distributed on said concealment cover, a Y-type texture (1.2) that is formed by knitting of a second type of conductor-containing fibers (1.4), a Z-type texture (1.3) that is formed by knitting of a third type of conductor-containing fibers (1.4).
A modular top drive system, comprising: a top drive unit (102;102';102";102"') for selectively connecting to a tool (110;112;114;302); a tool exchange unit (106;106') movable relative to the top drive unit and configured to move the tool relative to the top drive unit, and an alignment assembly (175;504;602;702) attached to the tool exchange unit and configured to detect at least one of a relative position and a relative orientation between the top drive unit and the tool; wherein the top drive unit is movable relative to the tool exchange unit. a top drive unit (102;102';102";102"') for selectively connecting to a tool (110;112;114;302); a tool exchange unit (106;106') movable relative to the top drive unit and configured to move the tool relative to the top drive unit, and an alignment assembly (175;504;602;702) attached to the tool exchange unit and configured to detect at least one of a relative position and a relative orientation between the top drive unit and the tool; wherein the top drive unit is movable relative to the tool exchange unit.
A semiconductor device comprising a semiconductor substrate having opposing first and second surfaces (102a, 102b); and a vertical ribbon inductor element (103, 104) disposed on said first surface, the inductor element (103, 104) comprising: a single, freestanding electrical conductor formed on said first surface of said semiconductor substrate so as to extend along a serpentine path and define a plurality of windings, the plurality of windings (104, 106, 108) comprising a plurality of parallel facing winding portions electrically and serially coupled by a plurality of connecting winding portions such that the facing winding portions conduct current in opposing directions, wherein said facing winding portions and connecting winding portions are disposed on said first surface and have a width and a height, wherein a height-to-width ratio is greater than 1, such as 3, 5, 10, 15 or greater. a single, freestanding electrical conductor formed on said first surface of said semiconductor substrate so as to extend along a serpentine path and define a plurality of windings, the plurality of windings (104, 106, 108) comprising a plurality of parallel facing winding portions electrically and serially coupled by a plurality of connecting winding portions such that the facing winding portions conduct current in opposing directions, wherein said facing winding portions and connecting winding portions are disposed on said first surface and have a width and a height, wherein a height-to-width ratio is greater than 1, such as 3, 5, 10, 15 or greater.
An attachment (30, 130, 180, 230) for a hand held appliance comprising an inlet at a first end; an outlet (100, 200); and a fluid flow path between the inlet and the outlet, wherein the attachment is generally cylindrical and wherein the outlet (100, 200) comprises at least one slot (102, 182, 202, 282) extending from near the first end of the attachment towards a distal end of the attachment, wherein the at least one slot (102, 182, 202, 282) extends substantially along the length of the attachment and wherein the outlet (100, 200) is at least partially defined by an external surface of the attachment, characterised in that the outlet is configured to direct fluid emitted from the outlet (100, 200) tangentially around the external surface of the attachment.
A fluorination process, comprising: - an activation stage comprising contacting a fluorination catalyst with an oxidizing agent-containing gas flow for at least one hour; and - at least one reaction stage comprising reacting a chlorinated compound with hydrogen fluoride in gas phase in the presence of the fluorination catalyst, so as to produce a fluorinated compound; wherein the chlorinated compound is selected from the group consisting of 1,1,1,2,3-pentachloropropane, 1,1,2,2,3-pentachloropropane, 2,3-dichloro-1,1,1 -trifluoropropane, 2,3,3,3-tetrachloropropene and 1,1,2,3-tetrachloropropene; and the fluorinated compound is 2-chloro-3,3,3-trifluoropropene; wherein the fluorination catalyst is a chromium oxyfluoride, chromium oxide or chromium fluoride further comprising a co-catalyst selected from Co, Zn, Mn, Mg, Ni or mixtures thereof, and wherein said co-catalyst is preferably present in an amount from about 1-10 wt% of said fluorination catalyst; and the oxidizing agent-containing gas flow is an oxygen-containing gas flow. - an activation stage comprising contacting a fluorination catalyst with an oxidizing agent-containing gas flow for at least one hour; and - at least one reaction stage comprising reacting a chlorinated compound with hydrogen fluoride in gas phase in the presence of the fluorination catalyst, so as to produce a fluorinated compound; wherein the chlorinated compound is selected from the group consisting of 1,1,1,2,3-pentachloropropane, 1,1,2,2,3-pentachloropropane, 2,3-dichloro-1,1,1 -trifluoropropane, 2,3,3,3-tetrachloropropene and 1,1,2,3-tetrachloropropene; and the fluorinated compound is 2-chloro-3,3,3-trifluoropropene;
A glass breaking tool for breaking a glass pane comprising - a head arranged for contact with the glass pane comprising a release mechanism for releasing a pin crusher that is movable between an in-position in which a tip of the pin crusher is inside the head and an out-position in which the tip of the pin crusher is at least partly outside the head; - a handle movable with respect to the head between a first position in which the handle is basically free from the release mechanism to lock the pin crusher and a second position in which the handle unlocks the release mechanism to release the pin crusher; further comprising - an elastic mechanism to pretension the handle to the first position and to move the pin crusher from the in-position to the out-position in the second position of the handle, such that the tool is adjustable between a rest position in which the pin crusher is locked in the in-position, a releasing position in which the pin crusher is released in the in-position and a breaking position in which the pin crusher is in the out-position, wherein the release mechanism is arranged as a beak comprising two legs (10a, 10b), the legs being biased towards each other so that the pin crusher can be locked in between. - a head arranged for contact with the glass pane comprising a release mechanism for releasing a pin crusher that is movable between an in-position in which a tip of the pin crusher is inside the head and an out-position in which the tip of the pin crusher is at least partly outside the head; - a handle movable with respect to the head between a first position in which the handle is basically free from the release mechanism to lock the pin crusher and a second position in which the handle unlocks the release mechanism to release the pin crusher; further comprising - an elastic mechanism to pretension the handle to the first position and to move the pin crusher from the in-position to the out-position in the second position of the handle,
A process unit comprising: a photosensitive member unit including a photosensitive member on which an electrostatic latent image is to be formed and a drive receiving portion configured to receive a driving force for rotating the photosensitive member; a developing unit that is joined to the photosensitive member unit so as to be movable relative to the photosensitive member unit and includes a developing roller configured to develop the electrostatic latent image with a developer, wherein the developing unit is configured to be movable relative to the photosensitive member unit between a first position in which the developing roller is in contact with the photosensitive member and a second position in which the developing roller is spaced from the photosensitive member; and a transmission member configured to transmit the driving force received by the drive receiving portion to the developing unit, wherein the developing unit has a driven member configured to be driven by the transmission member, and the transmission member is configured to engage with the driven member to drive the driven member with the developing unit located in the first position, and to engage with the driven member to drive the driven member with the developing unit located in the second position. a photosensitive member unit including a photosensitive member on which an electrostatic latent image is to be formed and a drive receiving portion configured to receive a driving force for rotating the photosensitive member; a developing unit that is joined to the photosensitive member unit so as to be movable relative to the photosensitive member unit and includes a developing roller configured to develop the electrostatic latent image with a developer, wherein the developing unit is configured to be movable relative to the photosensitive member unit between a first position in which the developing roller is in contact with the photosensitive member and a second position in which the developing roller is spaced from the photosensitive member; and a transmission member configured to transmit the driving force received by the drive receiving portion to the developing unit, wherein the developing unit has a driven member configured to be driven by the transmission member, and the transmission member is configured to engage with the driven member to drive the driven member with the developing unit located in the first position, and to engage with the driven member to drive the driven member with the developing unit located in the second position.