mhurhangee/ep-ind-claims huggingface dataset:
A circulatory support device (100; 200; 300) comprising: a flexible cannula (102; 202) having a fluid outlet at a proximal end; and a pump assembly (110; 206) disposed at a distal end of the flexible cannula (102; 202), the pump assembly comprising: a pump housing (112; 208; 328) having a fluid inlet defined therein; a motor disposed within a distal portion (116; 216) of the housing (112; 208; 328); and an impeller, driven to rotate by the motor, and configured to push blood toward the fluid outlet. a flexible cannula (102; 202) having a fluid outlet at a proximal end; and a pump assembly (110; 206) disposed at a distal end of the flexible cannula (102; 202), the pump assembly comprising: a pump housing (112; 208; 328) having a fluid inlet defined therein; a motor disposed within a distal portion (116; 216) of the housing (112; 208; 328); and an impeller, driven to rotate by the motor, and configured to push blood toward the fluid outlet. a pump housing (112; 208; 328) having a fluid inlet defined therein; a motor disposed within a distal portion (116; 216) of the housing (112; 208; 328); and an impeller, driven to rotate by the motor, and configured to push blood toward the fluid outlet.
Heat exchanger with a housing and a heat exchanger block arranged within it, which comprises a bundle of tubes with several flat tubes, which are held at the long end in eyelets in tube sheets (6, 7) formed complementary to this, characterised in that - the housing has two U-shaped side pieces (8, 9) and two covers (10, 11), - a first lug protruding in an axial direction is located on each side piece (8, 9) near a corner, - a second lug protruding in an axial direction is located on every cover (10, 11) near a corner, - a circumferential first groove is located on an inner side of each tube sheet (6, 7), in which the covers (10, 11) and the side pieces (8, 9) are housed with an edge on the front side, - respectively an opening is located in every corner area of the first groove through which respectively a first and a second lug (12, 14) is guided, whereby the lugs (12, 14) are bend and thus mechanically fix the relevant side piece (8, 9) and the relevant cover (10, 11) to the associated tube sheet (6, 7). - the housing has two U-shaped side pieces (8, 9) and two covers (10, 11), - a first lug protruding in an axial direction is located on each side piece (8, 9) near a corner, - a second lug protruding in an axial direction is located on every cover (10, 11) near a corner, - a circumferential first groove is located on an inner side of each tube sheet (6, 7), in which the covers (10, 11) and the side pieces (8, 9) are housed with an edge on the front side, - respectively an opening is located in every corner area of the first groove through which respectively a first and a second lug (12, 14) is guided, whereby the lugs (12, 14) are bend and thus mechanically fix the relevant side piece (8, 9) and the relevant cover (10, 11) to the associated tube sheet (6, 7).
A portable terminal comprising: a terminal body (110,120,210,220) comprising a front surface and a rear surface, and having a printed circuit board and a display; a battery mounting portion recessed from the rear surface of the terminal body (110,120,210,220); a battery (127,227) mounted in the battery mounting portion, the battery (127, 227) electrically connected to the printed circuit board and configured to provide power for the portable terminal; a battery cover detachably coupled to the terminal body independent of the battery (127, 227), so as to cover the rear surface of the terminal body to prevent the battery (127, 227) from being exposed to the exterior; a solar cell (140, 240) attached to an outer surface of the battery cover and configured to convert light into electric energy for charging the battery (127, 227); a first connection terminal located at an inner surface of the battery cover and electrically connected to the solar cell (140, 240); a second connection terminal mounted on the printed circuit board and located at a position of the terminal body corresponding to the first connection terminal; a sensing unit operatively connected to both the solar cell and the battery (127, 227) configured to detect a quantity of electric energy generated by the solar cell (140, 240); and a controller configured to control brightness of the display based upon the quantity of electric energy detected by the sensing unit, and wherein the first and second connection terminals come in contact with each other when the battery cover is coupled to the terminal body. a terminal body (110,120,210,220) comprising a front surface and a rear surface, and having a printed circuit board and a display; a battery mounting portion recessed from the rear surface of the terminal body (110,120,210,220); a battery (127,227) mounted in the battery mounting portion, the battery (127, 227) electrically connected to the printed circuit board and configured to provide power for the portable terminal; a battery cover detachably coupled to the terminal body independent of the battery (127, 227), so as to cover the rear surface of the terminal body to prevent the battery (127, 227) from being exposed to the exterior; a solar cell (140, 240) attached to an outer surface of the battery cover and configured to convert light into electric energy for charging the battery (127, 227); a first connection terminal located at an inner surface of the battery cover and electrically connected to the solar cell (140, 240); a second connection terminal mounted on the printed circuit board and located at a position of the terminal body corresponding to the first connection terminal; a sensing unit operatively connected to both the solar cell and the battery (127, 227) configured to detect a quantity of electric energy generated by the solar cell (140, 240); and a controller configured to control brightness of the display based upon the quantity of electric energy detected by the sensing unit, and wherein the first and second connection terminals come in contact with each other when the battery cover is coupled to the terminal body.
An outlet box for giving output current through the power point of an electric distribution system that comprises: - a distribution module with busbar, - a conductive busbar disposed on the distribution module with busbar, the outlet box comprising: - an outlet box body, - an outlet box lid connected to the outlet box body in an openable/closable manner, - a current drawing contact drawing current from the conductive busbar, - a protective circuit component which is used for disconnecting or separating the circuit, or providing thermal magnetic protection against short-circuit currents, the outlet box characterized by comprising; - two bridge contact groups each comprising; • an electrical terminal where the cables and conductors coming to the inlet and outlet sections of the protective circuit component are engaged instead of the protective circuit component itself, • a bridge contact 1 configured to be engaged by the conductive terminals of a paralleling group • a bridge contact 2 where the contact connecting terminals of a blade group of the protective circuit component is connected. - a paralleling group configured to be connected to the bridge contact groups during the replacement of protective circuit component and to receive the main current thereon in order not to cut off the current and comprising a bridge handle and conductive terminals configured in the end portions of the bridge handle. - a distribution module with busbar, - a conductive busbar disposed on the distribution module with busbar, - an outlet box body, - an outlet box lid connected to the outlet box body in an openable/closable manner, - a current drawing contact drawing current from the conductive busbar, - a protective circuit component which is used for disconnecting or separating the circuit, or providing thermal magnetic protection against short-circuit currents, - two bridge contact groups each comprising; • an electrical terminal where the cables and conductors coming to the inlet and outlet sections of the protective circuit component are engaged instead of the protective circuit component itself, • a bridge contact 1 configured to be engaged by the conductive terminals of a paralleling group • a bridge contact 2 where the contact connecting terminals of a blade group of the protective circuit component is connected. • an electrical terminal where the cables and conductors coming to the inlet and outlet sections of the protective circuit component are engaged instead of the protective circuit component itself, • a bridge contact 1 configured to be engaged by the conductive terminals of a paralleling group • a bridge contact 2 where the contact connecting terminals of a blade group of the protective circuit component is connected. - a paralleling group configured to be connected to the bridge contact groups during the replacement of protective circuit component and to receive the main current thereon in order not to cut off the current and comprising a bridge handle and conductive terminals configured in the end portions of the bridge handle.
Device for pre-seizure warning ofhypoglycaemic attacks for people such as diabetics which is adapted to collect the EEG signal from two or more electrodes and by signal analysis identify pre-seizure characteristic changes in the EEG signal comprising a decrease in frequency content and an increase in amplitude and give a warning signal after identification of the characteristic EEG changes, said device comprising: the two or more electrodes, wherein the two or more electrodes are subcutaneous or intracranial EEG signal gathering electrodes, a subcutaneously placeable interface unit connectable to said electrodes via subcutaneously drawn wires, and an externally worn unit, said implantable interface unit comprising a wireless signal transmitter, said externally worn unit comprising: a signal processing unit for wirelessly receiving EEG signals transmitted by the interface unit and for performing the analysis of said EEG signals for identifying said pre-seizure characteristic changes therein indicative of a hypoglycaemic attack comprising said decrease in frequency content and said increase in amplitude, and an alarm signal giver; said signal processing unit being operative to perform said analysis of said EEG signals without the use of ECG signals so as to detect said pre-seizure characteristic changes therein and to cause said alarm signal giver to deliver an alarm after identification of said pre-seizure characteristic changes. the two or more electrodes, wherein the two or more electrodes are subcutaneous or intracranial EEG signal gathering electrodes, a subcutaneously placeable interface unit connectable to said electrodes via subcutaneously drawn wires, and an externally worn unit, said implantable interface unit comprising a wireless signal transmitter, said externally worn unit comprising: a signal processing unit for wirelessly receiving EEG signals transmitted by the interface unit and for performing the analysis of said EEG signals for identifying said pre-seizure characteristic changes therein indicative of a hypoglycaemic attack comprising said decrease in frequency content and said increase in amplitude, and an alarm signal giver; said signal processing unit being operative to perform said analysis of said EEG signals without the use of ECG signals so as to detect said pre-seizure characteristic changes therein and to cause said alarm signal giver to deliver an alarm after identification of said pre-seizure characteristic changes. a signal processing unit for wirelessly receiving EEG signals transmitted by the interface unit and for performing the analysis of said EEG signals for identifying said pre-seizure characteristic changes therein indicative of a hypoglycaemic attack comprising said decrease in frequency content and said increase in amplitude, and an alarm signal giver; said signal processing unit being operative to perform said analysis of said EEG signals without the use of ECG signals so as to detect said pre-seizure characteristic changes therein and to cause said alarm signal giver to deliver an alarm after identification of said pre-seizure characteristic changes.
Switching arrangement for connecting two DC voltage grids (5, 6) comprising - a DC voltage line, which connects a first DC voltage grid to a second DC voltage grid, - a first unidirectional switching element in a first pole of the DC voltage line, - a second unidirectional switching element in the first pole of the DC voltage line, which second unidirectional switching element is arranged at a distance from the first switching element and the switching direction of which is directed counter to a switching direction of the first switching element, - a third unidirectional switching element in a second pole of the DC voltage line, - a fourth unidirectional switching element in the second pole of the DC voltage line, which fourth unidirectional switching element is arranged at a distance from the third switching element and the switching direction of which is directed counter to a switching direction of the third switching element, wherein the switching elements (SE1-4) each have a dielectric strength which lies below a rated voltage (Un) of the DC voltage line. - a DC voltage line, which connects a first DC voltage grid to a second DC voltage grid, - a first unidirectional switching element in a first pole of the DC voltage line, - a second unidirectional switching element in the first pole of the DC voltage line, which second unidirectional switching element is arranged at a distance from the first switching element and the switching direction of which is directed counter to a switching direction of the first switching element, - a third unidirectional switching element in a second pole of the DC voltage line, - a fourth unidirectional switching element in the second pole of the DC voltage line, which fourth unidirectional switching element is arranged at a distance from the third switching element and the switching direction of which is directed counter to a switching direction of the third switching element, wherein the switching elements (SE1-4) each have a dielectric strength which lies below a rated voltage (Un) of the DC voltage line.
Antenna system inscribed in a parallelepiped with an antenna system front face, comprising: - a first transparent dielectric panel in front of the antenna system front face; - a second transparent dielectric panel in front of the first transparent dielectric panel and separated by at least one panel interlayer (13,302) from the first transparent dielectric panel; - a transparent antenna arrangement comprising • a patch network attached and separated by at least one patch interlayer (lp) from the first transparent dielectric panel; • a feeding network attached and separated by at least one feed interlayer (If) from the second transparent dielectric panel; • a ground plane; - an antenna housing wherein the antenna housing comprises a first retaining means to retain the first transparent dielectric panel at a defined distance, Daf11, from the front face and wherein the at least one patch interlayer is a transparent polymer interlayer; characterised in that the ground plane is located between the feeding network and the second transparent dielectric panel. - a first transparent dielectric panel in front of the antenna system front face; - a second transparent dielectric panel in front of the first transparent dielectric panel and separated by at least one panel interlayer (13,302) from the first transparent dielectric panel; - a transparent antenna arrangement comprising • a patch network attached and separated by at least one patch interlayer (lp) from the first transparent dielectric panel; • a feeding network attached and separated by at least one feed interlayer (If) from the second transparent dielectric panel; • a ground plane; • a patch network attached and separated by at least one patch interlayer (lp) from the first transparent dielectric panel; • a feeding network attached and separated by at least one feed interlayer (If) from the second transparent dielectric panel; • a ground plane; - an antenna housing wherein the antenna housing comprises a first retaining means to retain the first transparent dielectric panel at a defined distance, Daf11, from the front face and wherein the at least one patch interlayer is a transparent polymer interlayer; characterised in that the ground plane is located between the feeding network and the second transparent dielectric panel.
Quaternary ammonium salt of formula wherein the substituent R 5 is chosen between hydrogen and a radical R 0 wherein the radical R 0 consists of the following structure of formula the substituent R 6 is hydrogen, wherein the substituent R 1 is hydrogen, wherein the substituents R 2, R 3, R 4 are methyl, wherein the counteranion m X - is chosen from the group of carboxylic acids consisting of: formic acid, acetic acid, unsaturated monocarboxylic acids, tartaric acid, adipic acid, aldaric acid, oxalic acid, phthalic acid, azelaic acid, sebacic acid, malonic acid, succinic acid, glutaric acid, pimelic acid, maleic acid, malic acid, fumaric acid, suberic acid, citric acid, isocitric acid, fatty acids, amino acids, keto acids and aromatic carboxylic acids, wherein m is an integer number comprised between 1 and 22, wherein n is comprised between 2 and 20. the substituent R 6 is hydrogen, wherein the substituent R 1 is hydrogen, wherein the substituents R 2, R 3, R 4 are methyl, wherein the counteranion m X - is chosen from the group of carboxylic acids consisting of: formic acid, acetic acid, unsaturated monocarboxylic acids, tartaric acid, adipic acid, aldaric acid, oxalic acid, phthalic acid, azelaic acid, sebacic acid, malonic acid, succinic acid, glutaric acid, pimelic acid, maleic acid, malic acid, fumaric acid, suberic acid, citric acid, isocitric acid, fatty acids, amino acids, keto acids and aromatic carboxylic acids, wherein m is an integer number comprised between 1 and 22, wherein n is comprised between 2 and 20.
A drug delivery device, comprising a delivery unit in the form of a disposable single-use part and a base unit in the form of a reusable part for coupling to the delivery unit, the delivery unit comprising a liquid flow system for pumping liquid from a drug vial or cartridge received in the drug delivery device to an outlet of the device for transcutaneous administration of a liquid drug, the base unit including at least a power source and an electronic control system, the delivery unit and base units comprising a releasable locking mechanism including a locking shoulder on the delivery unit that engages a complementary locking shoulder on the base unit, the locking mechanism comprising an unlocking actuator that may be actuated to release the locking shoulder from the complementary locking shoulder, characterized in that the device further comprises a coupling member on the delivery unit that engages a complementary coupling member on the base unit, at least one of the coupling member and complementary coupling member comprising at least one elastic arm with a protuberant portion at a free end thereof, the protuberant portion having a rearwardly inclined taper that engages a complementary taper on a complementary protuberant latch portion of the other of said coupling member and complementary coupling member, configured to provide a pulling force between the base unit and the delivery unit to draw them together in a tight fit without play.
A method to identify an isolated monoclonal antibody, or fragment thereof which specifically binds to the complex of a cognate antibody and its antigen and does not bind either said cognate antibody or said antigen alone, said method comprising (a) screening a library of antibodies or antibody fragments against a complex of a specific cognate antibody and its antigen in the presence of the unbound antigen and an antibody that has the same isotype as the specific cognate antibody, (b) isolating said complex of a specific cognate antibody and its antigen and the bound antibodies or antibody fragments, and (c) identifying and isolating said antibodies or antibody fragments. (a) screening a library of antibodies or antibody fragments against a complex of a specific cognate antibody and its antigen in the presence of the unbound antigen and an antibody that has the same isotype as the specific cognate antibody, (b) isolating said complex of a specific cognate antibody and its antigen and the bound antibodies or antibody fragments, and (c) identifying and isolating said antibodies or antibody fragments.
A printer device, comprising: a printing data look-ahead component configured to look ahead a data printing position if printing is performed; a head position controller configured to cause a thermal head, an ink ribbon, and printing paper to be in a contact state or a non-contact state based on a look-ahead result of the printing data look-ahead component; an ink ribbon saved amount calculation component configured to calculate a saved amount of the ink ribbon based on a conveyed amount of the printing paper in the non-contact state; and an ink ribbon saved amount display configured to display the saved amount calculated by the ink ribbon saved amount calculation component. a printing data look-ahead component configured to look ahead a data printing position if printing is performed; a head position controller configured to cause a thermal head, an ink ribbon, and printing paper to be in a contact state or a non-contact state based on a look-ahead result of the printing data look-ahead component; an ink ribbon saved amount calculation component configured to calculate a saved amount of the ink ribbon based on a conveyed amount of the printing paper in the non-contact state; and an ink ribbon saved amount display configured to display the saved amount calculated by the ink ribbon saved amount calculation component.
A method for preparing a barley based beverage with low levels of one or more off-flavours and/or precursors thereof, wherein the method involves reduced energy input, the method comprising the steps of: (i) providing a barley plant or part thereof, wherein said barley plant comprises: (a) a first mutation that results in a total loss of functional lipoxygenase -1; and (b) a second mutation resulting in a total loss of functional LOX-2; and (c) a third mutation resulting in a total loss of functional S-adenosylmethionine:methionine S-methyltransferase; (ii) optionally malting at least part of said barley, thereby obtaining malted barley; (iii) mashing said barley and/or malted barley and optionally additional adjuncts, thereby obtaining a wort; (iv) heating said wort optionally in the presence of additional ingredient(s), wherein at the most 4% of the wort volume is evaporated, thereby obtaining heated wort; (v) processing said heated wort into a beverage; thereby preparing the barley based beverage with low levels of one or more off-flavours and/or precursors thereof. (i) providing a barley plant or part thereof, wherein said barley plant comprises: (a) a first mutation that results in a total loss of functional lipoxygenase -1; and (b) a second mutation resulting in a total loss of functional LOX-2; and (c) a third mutation resulting in a total loss of functional S-adenosylmethionine:methionine S-methyltransferase; (a) a first mutation that results in a total loss of functional lipoxygenase -1; and (b) a second mutation resulting in a total loss of functional LOX-2; and (c) a third mutation resulting in a total loss of functional S-adenosylmethionine:methionine S-methyltransferase; (ii) optionally malting at least part of said barley, thereby obtaining malted barley; (iii) mashing said barley and/or malted barley and optionally additional adjuncts, thereby obtaining a wort; (iv) heating said wort optionally in the presence of additional ingredient(s), wherein at the most 4% of the wort volume is evaporated, thereby obtaining heated wort; (v) processing said heated wort into a beverage;