mhurhangee/ep-ind-claims huggingface dataset:
A cassette for distributing fluid during a surgical procedure, comprising: a plurality of rigid fluid channels; at least two valves (202, 203); and characterized by: a plurality of pressure sensing devices (221, 231); and at least one level sensing device associated with at least one fluid tank; wherein at least one of the plurality of fluid channels is in fluid communication with at least one of the plurality of pressure sensing devices (221, 231). a plurality of rigid fluid channels; at least two valves (202, 203); and characterized by: a plurality of pressure sensing devices (221, 231); and at least one level sensing device associated with at least one fluid tank; wherein at least one of the plurality of fluid channels is in fluid communication with at least one of the plurality of pressure sensing devices (221, 231). a plurality of pressure sensing devices (221, 231); and at least one level sensing device associated with at least one fluid tank; wherein at least one of the plurality of fluid channels is in fluid communication with at least one of the plurality of pressure sensing devices (221, 231).
Electronic equipment comprising: a first electronic circuit substrate; a second electronic circuit substrate; a first coil connected to said first electronic circuit substrate; and a second coil connected to said second electronic circuit substrate, wherein: power is transmitted from said first coil to said second coil by electromagnetic induction so that said first electronic circuit substrate and said second electronic circuit substrate are electrically connected; at least one of said first coil and said second coil is configured by a flexible substrate; is fixed to the opposite face of the face where an electronic circuit of said first electronic circuit substrate or said second electronic circuit substrate is mounted, is connected to said electronic circuit after being bent at an end of said first electronic circuit substrate or said second electronic circuit substrate and extended toward the face side where said electronic circuit is mounted. a first electronic circuit substrate; a second electronic circuit substrate; a first coil connected to said first electronic circuit substrate; and a second coil connected to said second electronic circuit substrate, wherein: power is transmitted from said first coil to said second coil by electromagnetic induction so that said first electronic circuit substrate and said second electronic circuit substrate are electrically connected; at least one of said first coil and said second coil is configured by a flexible substrate; is fixed to the opposite face of the face where an electronic circuit of said first electronic circuit substrate or said second electronic circuit substrate is mounted, is connected to said electronic circuit after being bent at an end of said first electronic circuit substrate or said second electronic circuit substrate and extended toward the face side where said electronic circuit is mounted. power is transmitted from said first coil to said second coil by electromagnetic induction so that said first electronic circuit substrate and said second electronic circuit substrate are electrically connected; at least one of said first coil and said second coil is configured by a flexible substrate; is fixed to the opposite face of the face where an electronic circuit of said first electronic circuit substrate or said second electronic circuit substrate is mounted, is connected to said electronic circuit after being bent at an end of said first electronic circuit substrate or said second electronic circuit substrate and extended toward the face side where said electronic circuit is mounted.
A method of analyzing cardiac activity for local abnormal ventricular activity (LAVA), comprising: receiving an electrogram signal at a signal processor; and using the signal processor: transforming the electrogram signal into the wavelet domain, thereby computing a scalogram; computing a one-dimensional LAVA function of the scalogram; detecting one or more peaks in the LAVA function; computing a peak-to-peak amplitude of the electrogram signal, and, if the peak-to-peak amplitude does not exceed a preset amplitude threshold: computing a LAVA lateness parameter for the electrogram signal using one of the one or more peaks detected in the LAVA function; and computing a LAVA probability parameter for the electrogram signal. receiving an electrogram signal at a signal processor; and using the signal processor: transforming the electrogram signal into the wavelet domain, thereby computing a scalogram; computing a one-dimensional LAVA function of the scalogram; detecting one or more peaks in the LAVA function; computing a peak-to-peak amplitude of the electrogram signal, and, if the peak-to-peak amplitude does not exceed a preset amplitude threshold: computing a LAVA lateness parameter for the electrogram signal using one of the one or more peaks detected in the LAVA function; and computing a LAVA probability parameter for the electrogram signal. transforming the electrogram signal into the wavelet domain, thereby computing a scalogram; computing a one-dimensional LAVA function of the scalogram; detecting one or more peaks in the LAVA function; computing a peak-to-peak amplitude of the electrogram signal, and, if the peak-to-peak amplitude does not exceed a preset amplitude threshold: computing a LAVA lateness parameter for the electrogram signal using one of the one or more peaks detected in the LAVA function; and computing a LAVA probability parameter for the electrogram signal. computing a LAVA lateness parameter for the electrogram signal using one of the one or more peaks detected in the LAVA function; and computing a LAVA probability parameter for the electrogram signal.
Arrangement for the construction-time use of a jump-elevator, which arrangement comprises an elevator car, hoisting roping, a hoisting machine fitted to move the elevator car via the hoisting roping, which hoisting machine is disposed on the machine room level at the top end of the elevator hoistway, a counterweight, and which elevator comprises compensating roping, which compensating roping is connected to the supply storage of the compensating roping, characterized in that the compensating roping is connected to the elevator car via a diverting pulley on the elevator car and to the counterweight via a diverting pulley on the counterweight.
Process of antibody preparation by introduction into a non-human living organism a composition containing one or more peptide which is covalently and irreversibly cross-linked to itself or to a different peptide, wherein said crosslinking occurs at the secondary amines of one or more amino acids, covalently modified by xanthurenic acid and wherein said peptides correspond to a intrinsically disordered sequence, which is modified in a covalent and irreversible way on the secondary amines of the amino acids.
A single-layer orally administered tablet composition comprising neuro-attenuating ketamine (NAKET), wherein the NAKET comprises a combination of (i) a water-insoluble neutrally charged non-ionic matrix; (ii) a polymer carrying one or more negatively charged groups; and (iii) ketamine.
A method of removing a fugitive pattern from inside a refractory mold, wherein the mold is a gas permeable ceramic shell mold, comprising discharging condensable vapor inside the mold to contact and melt the pattern material while an exterior of the mold is subjected to a non-condensing gas atmosphere outside of the mold, condensing said condensable vapor inside the mold where it contacts and melts the pattern while the exterior of the mold remains free of condensed vapor, and draining the melted pattern material and condensed vapor out of the mold, wherein a pressure differential between the condensable vapor inside of the mold and the non-condensing gas atmosphere outside of the mold is small enough as to prevent the condensable gas from exiting through the gas permeable mold wall to outside the mold exterior and the non-condensing gas from entering a mold cavity in the mold.
A packing element for a structured packing including at least two adjacent corrugated sheets (20, 20'), wherein each of the corrugated sheets (20, 20') comprises a plurality of alternately oriented peaks and troughs, wherein adjacent corrugated sheets (20, 20') are oriented such that the corrugations of the adjacent corrugated sheets (20, 20') intersect in crisscross fashion with the corrugations of the corrugated sheets (20, 20') extending obliquely relative to the vertical direction, wherein each corrugated sheet (20, 20') contacts each of the adjacent corrugated sheets (20, 20') at points of intersection between the corrugations of the corrugated sheet (20, 20') and those of the adjacent corrugated sheets (20, 20'), wherein all corrugated sheets (20, 20') are tied together by means of at least one rod, wherein the at least one rod penetrates the corrugated sheets (20, 20') perpendicularly to the longitudinal section of the corrugated sheets (20, 20'), characterized in that on the at least one rod before the first corrugated sheet of the packing element and/or after the last corrugated sheet of the packing element at least one mounting clip is provided for fixing the corrugated sheets (20, 20') on the rod, wherein the mounting clip comprises a central part forming a coupling portion for coupling the mounting clip to the rod and two opposing lateral parts (14, 14') forming a clamping portion for a clamping engagement with the corrugated sheet, wherein the lateral parts (14, 14') are connected with the central part and angled with respect to the central part.
Method of treating a surface and/or areas of a body that are close to a surface, wherein a voltage is applied to a solid body electrode arranged at a distance to the surface to generate a gas discharge between the surface and the solid body electrode, and wherein, in the area of the gas discharge, an electromagnetic radiation from an independently controllable radiation source arranged outside the gas discharge is directed through the solid body electrode which is transparent for the electromagnetic radiation onto the surface, wherein the solid body electrode is planar and arranged in parallel to the surface, characterised in that the gas discharge is executed as a barrier discharge due to a planar dielectric transparent for electromagnetic radiation and arranged in front of the solid body electrode, wherein the solid body electrode is arranged at the backside of the dielectric as an electrically conductive but light-transmissive layer or as a metal grid not being transparent as such but comprising open meshes.
Crane, comprising Claims a. an undercarriage, b. a superstructure, c. a slewing ring, by means of which the superstructure is connected to the undercarriage so as to rotate about an axis of rotation, d. an arm and e. a device which connects the superstructure to the undercarriage and comprises at least one force-conducting element (16; 24; 28; 29; 30; 33; 37), - the at least one force-conducting element (16; 24; 28; 29; 30; 33; 37) being designed so as to be passive such that it transfers forces between the superstructure and the undercarriage when a predetermined load state of the slewing ring is reached, characterised in that - the at least one force-conducting element (16; 24; 28; 29; 30; 33; 37) is unsuitable for causing a force on the superstructure and/or the undercarriage of its own accord. a. an undercarriage, b. a superstructure, c. a slewing ring, by means of which the superstructure is connected to the undercarriage so as to rotate about an axis of rotation, d. an arm and e. a device which connects the superstructure to the undercarriage and comprises at least one force-conducting element (16; 24; 28; 29; 30; 33; 37), - the at least one force-conducting element (16; 24; 28; 29; 30; 33; 37) being designed so as to be passive such that it transfers forces between the superstructure and the undercarriage when a predetermined load state of the slewing ring is reached, characterised in that - the at least one force-conducting element (16; 24; 28; 29; 30; 33; 37) is unsuitable for causing a force on the superstructure and/or the undercarriage of its own accord.
Bus-capable connecting module (1, 100) for the control and/or monitoring of technical processes and/or for industrial and/or building automation with a disc-like structure with the following features: a. a base terminal carrier for attachment on the assembly base, preferably provided with catch means (3, 4) for locking upon a bus bar. b. an electronic housing, which can be set upon the base terminal carrier, with at least one printed circuit board or a bus bar arrangement, wherein the printed circuit board or the bus bar arrangement is inserted into the electronic housing, c. a connecting unit, which can be attached directly on the base terminal carrier with a housing with at least one row of connecting devices for the connection of external conductors, d. contact elements (11, 12) for the electrical contacting of neighboring connecting modules lined up upon the connecting module that are provided in the base terminal carrier or in a contact module arranged in the base terminal carrier, characterized in that e. the electronic housing with the bus bar or the bus bar arrangement inserted therein is framed in the manner of a circulating frame by the base terminal carrier and connecting unit. a. a base terminal carrier for attachment on the assembly base, preferably provided with catch means (3, 4) for locking upon a bus bar. b. an electronic housing, which can be set upon the base terminal carrier, with at least one printed circuit board or a bus bar arrangement, wherein the printed circuit board or the bus bar arrangement is inserted into the electronic housing, c. a connecting unit, which can be attached directly on the base terminal carrier with a housing with at least one row of connecting devices for the connection of external conductors, d. contact elements (11, 12) for the electrical contacting of neighboring connecting modules lined up upon the connecting module that are provided in the base terminal carrier or in a contact module arranged in the base terminal carrier, characterized in that e. the electronic housing with the bus bar or the bus bar arrangement inserted therein is framed in the manner of a circulating frame by the base terminal carrier and connecting unit.
A method for filling cavities (7.1), in particular that of a building material, building element, or building block, with a foam material, in particular a mineral foam with high pore content, using a device comprising a container, which is at least partly filled with the material to be filled and has several openings, wherein the openings, via lines, lead to a filling element, which has filling nozzles (4.2), wherein each line running between the openings of the container and the filling element has a pump preferably in the shape of a piston pump, rotary piston pump, gear pump, sinusoidal pump, or peristaltic pump, wherein each pump is actuatable independently of the others, characterised in that the rotational speed of each pump, or, in the case of piston pumps, the speed of each piston cylinder, is controlled or adjusted according to the cavity (7.1) to be filled by the respective pump, wherein the individual pumps are controlled or adjusted such that each cavity (7.1) is filled in the same time regardless of its volume, wherein the filling nozzles (4.2) are sealed simultaneously by a sealing element (4.3) after the filling is completed.
A holding device for a round dental blank, comprising: - an open ring element for laterally gripping around the dental blank; and - a closing element for closing the ring element at various positions, characterized in that one end of the ring element comprises a first clamping geometry for engaging a first tensioning mandrel and the other end of the ring element comprises a second clamping geometry for engaging a second tensioning mandrel. - an open ring element for laterally gripping around the dental blank; and - a closing element for closing the ring element at various positions,
A method for establishing a communication comprising: performing, via components of a first mobile radio communication network (302, 306, 307, 311), a call control protocol message exchange indicating that a communication session establishment between a first communication device and a second communication device is intended; the first communication device initiating a fallback from the first mobile radio communication network (302, 306, 307, 311) to a second mobile radio communication network (303, 304, 305, 309), in a case where a component of the first mobile radio communication network (302, 306, 307, 311) transmits to the first communication device an indication that a service over the communication session is supported by the fallback from the first mobile radio communication network (302, 306, 307, 311) to the second mobile radio communication network (303, 304, 305, 309) and sending or receiving of a specific call control message of the call control protocol message exchange by the first communication device is performed; performing the fallback; and establishing the communication session between the first communication device and the second communication device via the second mobile radio communication network (303, 304, 305, 309). performing, via components of a first mobile radio communication network (302, 306, 307, 311), a call control protocol message exchange indicating that a communication session establishment between a first communication device and a second communication device is intended; the first communication device initiating a fallback from the first mobile radio communication network (302, 306, 307, 311) to a second mobile radio communication network (303, 304, 305, 309), in a case where a component of the first mobile radio communication network (302, 306, 307, 311) transmits to the first communication device an indication that a service over the communication session is supported by the fallback from the first mobile radio communication network (302, 306, 307, 311) to the second mobile radio communication network (303, 304, 305, 309) and sending or receiving of a specific call control message of the call control protocol message exchange by the first communication device is performed; performing the fallback; and establishing the communication session between the first communication device and the second communication device via the second mobile radio communication network (303, 304, 305, 309).
A method of producing a fermentation product from starch containing material, said method comprising the steps of: i) Converting starch containing material to fermentable sugars, wherein the starch containing material is corn, followed by ii) Fermentation of the fermentable sugars with a microorganism to fermented mash, iii) Subjecting the fermentation medium during the fermentation process to an enzyme composition comprising a xylanase and a pectinase, iv) Separation of the fermentation product in the fermented mash. i) Converting starch containing material to fermentable sugars, wherein the starch containing material is corn, followed by ii) Fermentation of the fermentable sugars with a microorganism to fermented mash, iii) Subjecting the fermentation medium during the fermentation process to an enzyme composition comprising a xylanase and a pectinase, iv) Separation of the fermentation product in the fermented mash.
A method for accessing data in a cache (102, 103) of a device, the method comprising: storing in a buffer (303, 710) an access permission for a cacheline stored in the cache (102, 103); for a memory instruction that involves the cacheline, determining whether the memory instruction is permitted to access the cacheline based at least in part on the access permission for the cacheline, wherein the determining is made when the memory instruction is issued; and on condition of determining that the memory instruction is not permitted to access the cacheline, refraining from changing the cache; characterized in that on condition of changing the access permission of the cacheline between the time of the initial determining that a pending memory instruction is permitted to access the cacheline and the time of committing the pending memory instruction, redetermining whether the pending memory instruction is permitted to access the cacheline based at least in part on the access permission, wherein the redetermining is made when the memory instruction is committed. storing in a buffer (303, 710) an access permission for a cacheline stored in the cache (102, 103); for a memory instruction that involves the cacheline, determining whether the memory instruction is permitted to access the cacheline based at least in part on the access permission for the cacheline, wherein the determining is made when the memory instruction is issued; and on condition of determining that the memory instruction is not permitted to access the cacheline, refraining from changing the cache; characterized in that on condition of changing the access permission of the cacheline between the time of the initial determining that a pending memory instruction is permitted to access the cacheline and the time of committing the pending memory instruction, redetermining whether the pending memory instruction is permitted to access the cacheline based at least in part on the access permission, wherein the redetermining is made when the memory instruction is committed.
A device comprising a first pump and a valve array which is adapted to allow and block a fluid flow, wherein the valve array comprises: - a fluid channel formed by a pump housing of the first pump; - a valve seating; and - a closing body which is arranged in the fluid channel, wherein the valve array is configured to allow a fluid flow when the closing body is lifted off the valve seating, and to prevent a fluid flow when the closing body rests against the valve seating, - wherein the valve seating is formed by a valve seating body which is arranged in or on the fluid channel, characterised in that - the device comprises a second pump, which is arranged on the pump housing of the first pump, and a component part which is arranged on the pump housing, and - the second pump comprises a fluid channel which is connected in fluid communication with the fluid channel of the first pump, such that fluid can be delivered from the second pump through the valve array, and the valve seating body protrudes out of the pump housing, wherein a portion of the valve seating body protrudes into the component part and/or the component part is centred on or by the valve seating body. - a fluid channel formed by a pump housing of the first pump; - a valve seating; and - a closing body which is arranged in the fluid channel, wherein the valve array is configured to allow a fluid flow when the closing body is lifted off the valve seating, and to prevent a fluid flow when the closing body rests against the valve seating, - wherein the valve seating is formed by a valve seating body which is arranged in or on the fluid channel, characterised in that - the device comprises a second pump, which is arranged on the pump housing of the first pump, and a component part which is arranged on the pump housing, and - the second pump comprises a fluid channel which is connected in fluid communication with the fluid channel of the first pump, such that fluid can be delivered from the second pump through the valve array, and the valve seating body protrudes out of the pump housing, wherein a portion of the valve seating body protrudes into the component part and/or the component part is centred on or by the valve seating body.