mhurhangee/ep-ind-claims huggingface dataset:
A biopsy device configured to harvest at least one tissue sample from a body of a living being, comprising: a hollow needle with a distal end portion adapted to be introduced into the body; a cutting mechanism for severing the at least one tissue sample; a sample-receiving device for receiving the at least one severed tissue sample, the sample-receiving device being receivable in the hollow needle and movable therein between a first extended position and a second retracted position; a tissue sample-collecting device comprising one or more tissue-retaining cavities; an ejector system for ejecting the tissue sample from the tissue sample-receiving device into one of said tissue-retaining cavities, when the sample-receiving device is in the second retracted position; an inspection system allowing an operator of the biopsy device to visually inspect the tissue sample ejected into said tissue-retaining cavity, while said hollow needle remains in the body, characterized in that the ejector system comprises a plurality of movable pins arranged with mutual spacings along a longitudinal axis of the hollow needle, and wherein the hollow needle comprises a plurality of first openings facing said pins, and wherein the sample-receiving device comprises a plurality of second openings, which are aligned with said first openings, when the sample-receiving device is in the second retracted position, so that said pins can penetrate said first and second openings to eject the tissue sample. a hollow needle with a distal end portion adapted to be introduced into the body; a cutting mechanism for severing the at least one tissue sample; a sample-receiving device for receiving the at least one severed tissue sample, the sample-receiving device being receivable in the hollow needle and movable therein between a first extended position and a second retracted position; a tissue sample-collecting device comprising one or more tissue-retaining cavities; an ejector system for ejecting the tissue sample from the tissue sample-receiving device into one of said tissue-retaining cavities, when the sample-receiving device is in the second retracted position; an inspection system allowing an operator of the biopsy device to visually inspect the tissue sample ejected into said tissue-retaining cavity, while said hollow needle remains in the body, characterized in that the ejector system comprises a plurality of movable pins arranged with mutual spacings along a longitudinal axis of the hollow needle, and wherein the hollow needle comprises a plurality of first openings facing said pins, and wherein the sample-receiving device comprises a plurality of second openings, which are aligned with said first openings, when the sample-receiving device is in the second retracted position, so that said pins can penetrate said first and second openings to eject the tissue sample.
A method, performed by a terminal, of performing vehicle-to-everything, V2X, communication, the method comprising: applying, to a sidelink radio bearer, first configuration information; receiving second configuration information according to a movement of the terminal; and in case that a timer expires, restarts or stops, applying a first parameter included in the second configuration information to the sidelink radio bearer, wherein the timer is at least one of a reordering timer, a reassembly timer, or poll retransmit timer, and wherein the first parameter is associated with the timer. applying, to a sidelink radio bearer, first configuration information; receiving second configuration information according to a movement of the terminal; and in case that a timer expires, restarts or stops, applying a first parameter included in the second configuration information to the sidelink radio bearer, wherein the timer is at least one of a reordering timer, a reassembly timer, or poll retransmit timer, and wherein the first parameter is associated with the timer.
A beehive with frames situated at several levels in common body, characterized in that by a combination of horizontal partially separating partitions, separating additionally redirecting partitions, and vertical partitions together with bearers of grouped frames, a common inner space of the beehive is separated at each single level in separate independent inner spaces, each functionally distinct and independently accessible, which are: case space for two cases with grouped frames in case space and two spaces serving it, which are situated transverse to the frames in the case space, transverse inner spaces - the one - transverse redirecting frame space which is designed for positioning a single frame (in transverse redirecting frame space) to direct the queen bee in it, for a system for independently directing the flying bees, of which system this same space is a part and for a system for independently collecting of pollen at each level; and the other transverse inner space - transverse watering space, designed for collocating a watering system.
A bacteriotherapy bank, comprising: a plurality of fecal samples from one or more donors; a computer based indexing system, wherein the computer based indexing system is configured to associate one or more characteristics of a fecal sample with the respective donor's fecal sample, for each donor fecal sample, wherein the one or more characteristics of the donor fecal sample includes a dietary characteristic of the donor comprising the donor diet; and wherein the computer based indexing system is designed to match a particular fecal sample with a patient based on the dietary characteristic of the donor such that a gut microbiota of the donor and a gut microbiota of the patient when the patient was healthy are similar; and a temperature specific storing device for storing fecal samples, wherein: the fecal samples are stored under temperature conditions for maintaining viability of the biota of the fecal samples, the fecal samples are contained in a plurality of storage containers configured to store each of a plurality of fecal samples, the fecal samples are processed prior to inclusion in the bank, and processing of the fecal sample includes one or more of filtering, homogenizing, adding one or more cryoprotectants, storing one or more portions of the sample in a patient-deliverable form, and freezing. a plurality of fecal samples from one or more donors; a computer based indexing system, wherein the computer based indexing system is configured to associate one or more characteristics of a fecal sample with the respective donor's fecal sample, for each donor fecal sample, wherein the one or more characteristics of the donor fecal sample includes a dietary characteristic of the donor comprising the donor diet; and wherein the computer based indexing system is designed to match a particular fecal sample with a patient based on the dietary characteristic of the donor such that a gut microbiota of the donor and a gut microbiota of the patient when the patient was healthy are similar; and a temperature specific storing device for storing fecal samples, wherein: the fecal samples are stored under temperature conditions for maintaining viability of the biota of the fecal samples, the fecal samples are contained in a plurality of storage containers configured to store each of a plurality of fecal samples, the fecal samples are processed prior to inclusion in the bank, and processing of the fecal sample includes one or more of filtering, homogenizing, adding one or more cryoprotectants, storing one or more portions of the sample in a patient-deliverable form, and freezing. the fecal samples are stored under temperature conditions for maintaining viability of the biota of the fecal samples, the fecal samples are contained in a plurality of storage containers configured to store each of a plurality of fecal samples, the fecal samples are processed prior to inclusion in the bank, and processing of the fecal sample includes one or more of filtering, homogenizing, adding one or more cryoprotectants, storing one or more portions of the sample in a patient-deliverable form, and freezing.
A measurement device for a machine tool having a tool drive, wherein the measurement device is configured for fastening at a site provided for the tool of the machine tool, wherein such a tool can be actuated by the tool drive, wherein the measurement device is battery-operated, has a measurement head and a displaceably mounted protective cover, which is driven by the tool drive and can be displaced in such a way that this protective cover selectively covers the measurement head in a covering position or releases it in a released measurement position, wherein the measurement device has an end stop for the covering position and/or an end stop for the released measurement position, and wherein the measurement device is characterised by a gearbox with at least one threaded spindle (40, 42) and at least one engagement structure (44, 46) engaged with the threaded spindle (40, 42), via which the protective cover can be displaced by the tool drive.
Expandable prosthesis comprising: an expandable main body device maintained in a compressed state for endoluminal delivery, the expandable main body device having a first open end, a second open end, a wall extending from the first open end to the second open end, a lumen extending from the first open end to the second open end for receiving a first guidewire extending through the lumen from the first open end to the second open end, and at least one side opening in the wall, wherein the main body device has an internal side branch support extending from the at least one side opening towards the second open end such that a second guidewire is receivable in the internal side branch support to extend through the internal side branch support between the at least one side opening, and the main body device lumen to a point proximal to the second open end whilst the expandable main body device is maintained in the compressed state for endoluminal delivery, characterised in that the expandable prosthesis further comprises a sheath material wrapped over the expandable prosthesis, and in that the sheath material has at least one opening therein. an expandable main body device maintained in a compressed state for endoluminal delivery, the expandable main body device having a first open end, a second open end, a wall extending from the first open end to the second open end, a lumen extending from the first open end to the second open end for receiving a first guidewire extending through the lumen from the first open end to the second open end, and at least one side opening in the wall, wherein the main body device has an internal side branch support extending from the at least one side opening towards the second open end such that a second guidewire is receivable in the internal side branch support to extend through the internal side branch support between the at least one side opening, and the main body device lumen to a point proximal to the second open end whilst the expandable main body device is maintained in the compressed state for endoluminal delivery, characterised in that the expandable prosthesis further comprises a sheath material wrapped over the expandable prosthesis, and in that the sheath material has at least one opening therein.
A double-canvas door comprising a frame provided with guides (2a, 2b) for moving two canvases (3a, 3b) between door open and closed positions, with said canvases defining an intermediate chamber therebetween, the upper ends of the canvases (3a, 3b) being connected to one another and to a means coupled to a winding roller; a single motor being provided for actuating the motor-driven winding roller; and a connection between the upper ends of the canvases (3a, 3b) closing an upper end of the intermediate chamber when the door is closed; characterised in that: said means coupled to said winding roller is a band; a pair of said guides (2a, 2b) is provided on each side of the frame for moving the two canvases (3a, 3b); and said winding roller is said single motor-driven roller for the simultaneous winding of both canvases (3a, 3b).
A method for treatment of chemical pulp for the manufacturing of microfibrillated cellulose comprising the following steps: a) providing a hemicellulose containing pulp, b) refining said pulp in at least one step and treating said pulp with one or more cellulases of endoglucanase type at a relatively low enzyme dosage wherein said enzyme is used at a concentration of from 0.75 to 10 ECU/ g fibres, and c) homogenizing said pulp thus providing said microfibrillated cellulose. a) providing a hemicellulose containing pulp, b) refining said pulp in at least one step and treating said pulp with one or more cellulases of endoglucanase type at a relatively low enzyme dosage wherein said enzyme is used at a concentration of from 0.75 to 10 ECU/ g fibres, and c) homogenizing said pulp thus providing said microfibrillated cellulose.
A tamper-evident closure (10, 110, 210, 310, 410) comprising a base and a lid joined by a hinge so that the lid is movable between a closed and an open position with respect to the base, the closure comprises a tamper-evident member which is initially provided on or by the base with the closure in an unopened condition, in which the tamper-evident member is released from the base when the lid is initially moved to the open position and is then retained by the lid, in which the lid includes pockets (26a, 26b) for retaining the tamper-evident member, characterised in that the pockets (26a, 26b) include a bead to help retain the tamper-evident member after first opening, and in that the tamper-evident member includes retention beads that correspond with the beads of the pockets.
An air removal device for an intravenous fluid system, comprising: a housing comprising: an inlet for fluid communication with a fluid source; a fluid outlet for fluid communication with a blood vessel of a patient; and an air outlet; a disrupting element disposed within the housing in a flow path between the inlet and the fluid outlet, wherein the disrupting element comprises a main body extending in the direction of the flow path and a protrusion extending across the flow path; and an air chamber in fluid communication with the air outlet, the air chamber comprising a variable internal volume; wherein the flow path comprises a first cross-sectional flow area at the inlet, and a second cross-sectional flow area at the protrusion, the second cross-sectional flow area being smaller than the first cross-sectional flow area, wherein the flow path further comprises a third cross-sectional flow area at the main body, the third cross-sectional flow area being greater than the second cross-sectional flow area and smaller than the first cross-sectional flow area. a housing comprising: an inlet for fluid communication with a fluid source; a fluid outlet for fluid communication with a blood vessel of a patient; and an air outlet; an inlet for fluid communication with a fluid source; a fluid outlet for fluid communication with a blood vessel of a patient; and an air outlet; a disrupting element disposed within the housing in a flow path between the inlet and the fluid outlet, wherein the disrupting element comprises a main body extending in the direction of the flow path and a protrusion extending across the flow path; and an air chamber in fluid communication with the air outlet, the air chamber comprising a variable internal volume; wherein the flow path comprises a first cross-sectional flow area at the inlet, and a second cross-sectional flow area at the protrusion, the second cross-sectional flow area being smaller than the first cross-sectional flow area, wherein the flow path further comprises a third cross-sectional flow area at the main body, the third cross-sectional flow area being greater than the second cross-sectional flow area and smaller than the first cross-sectional flow area.
Process for preparing one or more polyether-modified polybutadienes, comprising the steps of: a) reacting at least one polybutadiene with at least one epoxidizing reagent to give at least one epoxy-functional polybutadiene; b) reacting the at least one epoxy-functional polybutadiene with at least one hydroxy-functional compound to give at least one hydroxy-functional polybutadiene; c) reacting the at least one hydroxy-functional polybutadiene with at least one epoxy-functional compound to give at least one polyether-modified polybutadiene. a) reacting at least one polybutadiene with at least one epoxidizing reagent to give at least one epoxy-functional polybutadiene; b) reacting the at least one epoxy-functional polybutadiene with at least one hydroxy-functional compound to give at least one hydroxy-functional polybutadiene; c) reacting the at least one hydroxy-functional polybutadiene with at least one epoxy-functional compound to give at least one polyether-modified polybutadiene.
An in vitro non-enzymatic method for isolation, expansion and development of foetal cells selected from the group consisting of foetal epiphyseal chondrocytes, foetal Achilles tenocytes or foetal skin fibroblasts comprising the steps of: a) using foetal sample selected from ulnar foetal cartilage comprising foetal epiphyseal chondrocyte; foetal Achilles tendon comprising foetal Achilles tenocytes; or foetal abdominal skin comprising foetal skin fibroblasts; b) mechanically micro-dissecting and dispersing said ulnar foetal cartilage, foetal Achilles tendon or foetal abdominal skin sample and allowing attachment of the micro-dissected ulnar foetal cartilage, foetal Achilles tendon or foetal abdominal skin sample within indentions of scalpel scored surface; c) culturing said ulnar foetal cartilage, foetal Achilles tendon or foetal abdominal skin sample in vitro under conditions wherein said foetal epiphyseal chondrocytes, foetal Achilles tenocytes or foetal abdominal skin fibroblasts proliferate, d) selecting and isolating first adherent foetal epiphyseal chondrocyte cell populations, first adherent foetal Achilles tenocyte cell populations and first adherent foetal skin fibroblast populations therefrom. a) using foetal sample selected from ulnar foetal cartilage comprising foetal epiphyseal chondrocyte; foetal Achilles tendon comprising foetal Achilles tenocytes; or foetal abdominal skin comprising foetal skin fibroblasts; b) mechanically micro-dissecting and dispersing said ulnar foetal cartilage, foetal Achilles tendon or foetal abdominal skin sample and allowing attachment of the micro-dissected ulnar foetal cartilage, foetal Achilles tendon or foetal abdominal skin sample within indentions of scalpel scored surface; c) culturing said ulnar foetal cartilage, foetal Achilles tendon or foetal abdominal skin sample in vitro under conditions wherein said foetal epiphyseal chondrocytes, foetal Achilles tenocytes or foetal abdominal skin fibroblasts proliferate, d) selecting and isolating first adherent foetal epiphyseal chondrocyte cell populations, first adherent foetal Achilles tenocyte cell populations and first adherent foetal skin fibroblast populations therefrom.
Tubular bag machine for filling a product into a bag, comprising - a vertical filling tube, - a transverse sealing unit, - a control unit for controlling the tubular bag machine, and - a sensor device for detecting the product in the filling tube, which is designed for detecting the product falling through the filling tube, - wherein the sensor device comprises a transmitter (51; 61) and a receiver (52; 62) and is connected to the control unit, wherein falling product elements of the product change the reception of a signal at the receiver and the control unit is designed for evaluating signals of the sensor device in order to determine when the product has fallen through the filling tube completely, characterized in that the sensor device is arranged in a tubular insert (10, 17) in the filling tube. - a vertical filling tube, - a transverse sealing unit, - a control unit for controlling the tubular bag machine, and - a sensor device for detecting the product in the filling tube, which is designed for detecting the product falling through the filling tube, - wherein the sensor device comprises a transmitter (51; 61) and a receiver (52; 62) and is connected to the control unit, wherein falling product elements of the product change the reception of a signal at the receiver and the control unit is designed for evaluating signals of the sensor device in order to determine when the product has fallen through the filling tube completely, characterized in that the sensor device is arranged in a tubular insert (10, 17) in the filling tube.
A pharmaceutical composition comprising as an active ingredient one or more compounds of formula 1 wherein R 1 is H, C 1-6 -alkyl, C 0-4 -alkyl-C 3-6 -cycloalkyl, C 1-6 -haloalkyl; R 2 is H, C 1-6 -alkyl; X is an anion selected from the group consisting of chloride or 1⁄2 dibenzoyltartrate j is 1 or 2, a first diluent, a second diluent, croscarmellose sodium, a lubricant, and optionally a glidant. R 1 is H, C 1-6 -alkyl, C 0-4 -alkyl-C 3-6 -cycloalkyl, C 1-6 -haloalkyl; R 2 is H, C 1-6 -alkyl; X is an anion selected from the group consisting of chloride or 1⁄2 dibenzoyltartrate j is 1 or 2,
A selection option information presentation system including a first display device, a second display device, and a control device, the control device comprising a first controller (113, 121) and a second controller (112, 141), characterized in that: the first controller (113, 121) is configured to display a plurality of items of selection option information on the first display device in states in which a selection operation can be received, a number of the plurality of items of selection option information that are displayed being equal to a number of selection options, and to, at a specific timing in a duration in which no selection operation is detected, modify a display position of one or more items of selection option information set as a display target such that a combination of adjacent items of selection option information within a display region forms a combination in which a display position differs in an up-down direction or a left-right direction, or both, wherein each of the items of selection option information includes information of the corresponding selection option; and the second controller (112, 141), when a selection operation of any of the plurality of items of selection option information displayed on the first display device has been received, is configured to display the item of selection option information, that received the selection operation, on the second display device, while the first controller (113, 121) is configured to retain display of the item of selection option information, that received the selection operation, on the first display device. the first controller (113, 121) is configured to display a plurality of items of selection option information on the first display device in states in which a selection operation can be received, a number of the plurality of items of selection option information that are displayed being equal to a number of selection options, and to, at a specific timing in a duration in which no selection operation is detected, modify a display position of one or more items of selection option information set as a display target such that a combination of adjacent items of selection option information within a display region forms a combination in which a display position differs in an up-down direction or a left-right direction, or both, wherein each of the items of selection option information includes information of the corresponding selection option; and the second controller (112, 141), when a selection operation of any of the plurality of items of selection option information displayed on the first display device has been received, is configured to display the item of selection option information, that received the selection operation, on the second display device, while the first controller (113, 121) is configured to retain display of the item of selection option information, that received the selection operation, on the first display device.