mhurhangee/ep-ind-claims huggingface dataset:
A process for making a print bar, comprising: arranging multiple printhead die slivers on a carrier in a pattern for a print bar, each die sliver having an inlet through which fluid may enter the die sliver and a front with orifices through which fluid may be dispensed from the die sliver, and the die slivers arranged on the carrier with the front of each die sliver facing the carrier; molding a body of material around each die sliver without covering the orifices on the front of the die sliver; forming openings in the body at the inlets; removing the die slivers from the carrier; and separating groups of die slivers into print bars, wherein the method further comprises: applying a pattern of electrical conductors to the carrier; connecting an electrical terminal on each die sliver to a conductor; and molding the body around the conductors simultaneously with molding the body around each die sliver, and wherein forming the openings comprises molding the openings into the body simultaneously with molding the body around each die sliver, or applying a pre-molding form to the die slivers in a pattern defining the openings and then molding the body of material around the die slivers. arranging multiple printhead die slivers on a carrier in a pattern for a print bar, each die sliver having an inlet through which fluid may enter the die sliver and a front with orifices through which fluid may be dispensed from the die sliver, and the die slivers arranged on the carrier with the front of each die sliver facing the carrier; molding a body of material around each die sliver without covering the orifices on the front of the die sliver; forming openings in the body at the inlets; removing the die slivers from the carrier; and separating groups of die slivers into print bars, wherein the method further comprises: applying a pattern of electrical conductors to the carrier; connecting an electrical terminal on each die sliver to a conductor; and molding the body around the conductors simultaneously with molding the body around each die sliver, and wherein forming the openings comprises molding the openings into the body simultaneously with molding the body around each die sliver, or applying a pre-molding form to the die slivers in a pattern defining the openings and then molding the body of material around the die slivers. applying a pattern of electrical conductors to the carrier; connecting an electrical terminal on each die sliver to a conductor; and molding the body around the conductors simultaneously with molding the body around each die sliver, and wherein forming the openings comprises molding the openings into the body simultaneously with molding the body around each die sliver, or applying a pre-molding form to the die slivers in a pattern defining the openings and then molding the body of material around the die slivers.
An electronic apparatus comprising: control means (50, 60) for controlling, in response to a user operating an operation member (104, 1327) having a plurality of operation levels, the electronic apparatus to perform a function corresponding to an operation level; setting means for assigning a function to one or more of the plurality of operation levels of the operation member; and display control means configured to display a setting screen (300, 1340) for setting, based on a setting instruction from a user, one or more functions to be assigned by the setting means, and display, in response to the user operating the operation member while the setting screen is displayed, an indicator (307, 1345) to show the operation level of the operation member that is being operated by the user, wherein the indicator is displayed separately from items (1347a-1347d) indicating functions corresponding to the plurality of operation levels on the setting screen. control means (50, 60) for controlling, in response to a user operating an operation member (104, 1327) having a plurality of operation levels, the electronic apparatus to perform a function corresponding to an operation level; setting means for assigning a function to one or more of the plurality of operation levels of the operation member; and display control means configured to display a setting screen (300, 1340) for setting, based on a setting instruction from a user, one or more functions to be assigned by the setting means, and display, in response to the user operating the operation member while the setting screen is displayed, an indicator (307, 1345) to show the operation level of the operation member that is being operated by the user, wherein the indicator is displayed separately from items (1347a-1347d) indicating functions corresponding to the plurality of operation levels on the setting screen.
A random access method of a terminal in a mobile communication system supporting carrier aggregation, the method comprising: communicating, on a primary cell, data after random access; receiving when it is determined to add a secondary cell, on a primary cell, a configuration message associated with a random access for the secondary cell; receiving, on the secondary cell, a physical downlink control channel PDCCH order to initiate the random access for the secondary cell; transmitting, on the secondary cell, a random access preamble based on the PDCCH order; monitoring, on the primary cell, whether a control message for a random access response corresponding to the random access preamble is received within a random access response window which is used for the primary cell; and transmitting, uplink data on the secondary cell based on an uplink grant included in the random access response, in case that the control message for the random access response is received on the primary cell within the random access response window. communicating, on a primary cell, data after random access; receiving when it is determined to add a secondary cell, on a primary cell, a configuration message associated with a random access for the secondary cell; receiving, on the secondary cell, a physical downlink control channel PDCCH order to initiate the random access for the secondary cell; transmitting, on the secondary cell, a random access preamble based on the PDCCH order; monitoring, on the primary cell, whether a control message for a random access response corresponding to the random access preamble is received within a random access response window which is used for the primary cell; and transmitting, uplink data on the secondary cell based on an uplink grant included in the random access response, in case that the control message for the random access response is received on the primary cell within the random access response window.
A solubilized extracellular matrix hydrogel or a soluble fraction thereof and a pharmaceutically acceptable carrier, for use in treating a tumor in a subject.
Sterile container, in particular, for receiving and storing surgical instruments or surgical material under sterile conditions, comprising a receiving space formed by a container bottom and container walls, a lid for closing the receiving space, a gas exchange opening for providing a fluid connection between the receiving space and an environment outside of the sterile container, a filter holding device including a first and a second holding element (22, 44), and a sterile filter, the sterile filter being held between the first and the second holding elements (22, 44, 46) in a sterile position in which the sterile filter closes the gas exchange opening, the sterile filter being constructed so as to have no openings, the first holding element having at least one first holding surface, the second holding element having at least one second holding surface, and the sterile filter being held clamped between the first and the second holding surfaces (32, 82) in the sterile position, at least one pressure-relief valve (14, 16, 44, 46) being provided for providing a fluid connection between an outside environment and the receiving space of the sterile container, and the pressure-relief valve (14, 16, 44, 46) comprising a valve opening, and a valve flap for opening and closing the valve opening, the pressure-relief valve (14, 16, 44, 46) being constructed such that in a normal position the valve opening is closed, and that in a flow-through position, when a minimum pressure difference between pressures prevailing in the receiving space and in the outside environment of the sterile container is exceeded, the valve opening is at least partially open, characterized in that the first holding element, the second holding element and the sterile filter are releasably connectable to one another, in that a wall surface of the sterile container is formed integrally with the at least one first holding surface, in that the second holding element is mounted so as to be movable relative to the first holding element (22, 44), in that bearing elements (56, 62) are provided on the second holding element and on the sterile container adjacent to the gas exchange opening for mounting the second holding element movably on the sterile container, and in that in the normal position the sterile filter is held in a biased manner between the at least one first and the at least one second holding surfaces (32, 82).
A wireless communication device (1, 1S) that is connectable to an electronic musical instrument and is configured to transmit, to other wireless communication devices pairable through wireless communication and at timings for communication cadenced by predetermined communication intervals, musical instrument digital interface, MIDI, data output from the electronic musical instrument, and receive, from the other wireless communication devices and at the timings for communication, MIDI data to be input to the electronic musical instrument, wherein a pair is formed with each of a plurality of the other wireless communication devices, wherein a predetermined communication interval for any one pair is an interval between two consecutive timings for communication of the pair itself, and wherein the wireless communication device (1, 1S) comprises: a communication interval setting part configured to set the predetermined communication interval of each pair to a different time interval based on prime numbers, with the time intervals of different pairs having different prime factors; and a communication interval transmission part configured to transmit the predetermined communication intervals set by the communication interval setting part to the corresponding other wireless communication devices. transmit, to other wireless communication devices pairable through wireless communication and at timings for communication cadenced by predetermined communication intervals, musical instrument digital interface, MIDI, data output from the electronic musical instrument, and receive, from the other wireless communication devices and at the timings for communication, MIDI data to be input to the electronic musical instrument, wherein a pair is formed with each of a plurality of the other wireless communication devices, wherein a predetermined communication interval for any one pair is an interval between two consecutive timings for communication of the pair itself, and wherein the wireless communication device (1, 1S) comprises: a communication interval setting part configured to set the predetermined communication interval of each pair to a different time interval based on prime numbers, with the time intervals of different pairs having different prime factors; and a communication interval transmission part configured to transmit the predetermined communication intervals set by the communication interval setting part to the corresponding other wireless communication devices. a communication interval setting part configured to set the predetermined communication interval of each pair to a different time interval based on prime numbers, with the time intervals of different pairs having different prime factors; and a communication interval transmission part configured to transmit the predetermined communication intervals set by the communication interval setting part to the corresponding other wireless communication devices.
Table column for an operating table, comprising: - a column base for attaching the table column to a floor; - a height-adjustable column head support for supporting the column head; - a lifting drive for adjusting the height of the column head support with respect to the column base; - a cylindrical main guide which connects the column head support to the column base and is intended to guide the column head support vertically when the height of said support is adjusted; and - an additional stabilization guide which likewise connects the column head support to the column base and is intended to guide the column head support vertically when the height of said support is adjusted, and which reduces a circumferential play in the main guide, characterized in that: - the stabilization guide is mechanically coupled to the column head support via a coupling device, the coupling device permitting compensatory movements between the cylindrical main guide and the stabilization guide to prevent the stabilization guide from jamming, and - the coupling device has a plurality of components, and the compensatory movements are made possible by the pivotability of a first component (24.8) relative to a second component (24.7) about three different axes of rotation (X, Y, Z) and by the movability of a third component (24.3) relative to a fourth component (24.6) along a translation axis. - a column base for attaching the table column to a floor; - a height-adjustable column head support for supporting the column head; - a lifting drive for adjusting the height of the column head support with respect to the column base; - a cylindrical main guide which connects the column head support to the column base and is intended to guide the column head support vertically when the height of said support is adjusted; and - an additional stabilization guide which likewise connects the column head support to the column base and is intended to guide the column head support vertically when the height of said support is adjusted, and which reduces a circumferential play in the main guide, - the stabilization guide is mechanically coupled to the column head support via a coupling device, the coupling device permitting compensatory movements between the cylindrical main guide and the stabilization guide to prevent the stabilization guide from jamming, and - the coupling device has a plurality of components, and the compensatory movements are made possible by the pivotability of a first component (24.8) relative to a second component (24.7) about three different axes of rotation (X, Y, Z) and by the movability of a third component (24.3) relative to a fourth component (24.6) along a translation axis.
A peroral composition comprising procyanidins originated from a plant extract selected from the group consisting in extracts of pine bark, grape seed, apples, cocoa, peanut skin, cranberry or a combination thereof and at least one suitable excipient, wherein said peroral composition is a source of constituents selected from the group consisting of δ-(3,4-dihydroxyphenyl)-g-valerolactone, δ-(3-Methoxy-4-hydroxy-phenyl)-γ-valerolactone, catechin, epicatechin, ferulic acid, gallic acid, 4-hydroxybenzoic acid, caffeic acid, protocatechuic acid, taxifolin and mixtures thereof, which are responsible for mediating the anti-inflammatory effects on the endothelium, for a peroral use in the treatment of endothelial inflammation and/or endothelial systemic dysfunction triggered by Corona virus disease 2019 (COVID-19) induced by Severe Acute Respiratory Syndrome Corona Virus 2 (SARS-CoV-2) infection, characterized in that, said peroral composition comprises from 20 % to 95 % w/w of procyanidins and is administered at a dosage from 25 mg per day to 300 mg per day.
Process for the purification of oligonucleotides comprising the removal of an acid labile 5'hydroxy protecting group at the 5'- O -oligonucleotide terminus of the oligonucleotide by way of tangential flow filtration with an acidic buffer solution.
A method for updating shared data in a multi-core processor environment, wherein the multi-core processor comprises a plurality of CPUs, the method comprising: requesting, by a first CPU, for a lock to execute a critical section function on the shared data, wherein the lock provides permission to update the shared data, and the critical section function updates the shared data; characterized by setting, by the first CPU if the lock is occupied by a second CPU, a memory index corresponding to the critical section function in a memory of the lock, wherein the lock is requested through a lock requesting command including a memory index corresponding to the critical section function, and the setting a memory index corresponding to the critical section function in a memory of the lock comprises setting, by the first CPU based on the memory index included in the lock requesting command, a bit corresponding to the memory index in the memory of the lock, the method further comprising: determining, by the second CPU, that the memory of the lock memory has the bit set; and executing, by the second CPU, the critical section function based on the memory index corresponding to the set bit. requesting, by a first CPU, for a lock to execute a critical section function on the shared data, wherein the lock provides permission to update the shared data, and the critical section function updates the shared data; characterized by setting, by the first CPU if the lock is occupied by a second CPU, a memory index corresponding to the critical section function in a memory of the lock, wherein the lock is requested through a lock requesting command including a memory index corresponding to the critical section function, and the setting a memory index corresponding to the critical section function in a memory of the lock comprises setting, by the first CPU based on the memory index included in the lock requesting command, a bit corresponding to the memory index in the memory of the lock, the method further comprising: determining, by the second CPU, that the memory of the lock memory has the bit set; and executing, by the second CPU, the critical section function based on the memory index corresponding to the set bit. determining, by the second CPU, that the memory of the lock memory has the bit set; and executing, by the second CPU, the critical section function based on the memory index corresponding to the set bit.
Medical instrument with at least one instrument body part (18, 20), wherein the at least one instrument body part (18, 20) is made from an instrument body part blank by forming, characterized in that the at least one instrument body part (18, 20) has at least one deburring face (32, 34) formed by milling, in particular by machine milling, in that the at least one deburring face (32, 34) comprises one or more portions, in that each portion of the at least one deburring face (32, 34) extends perpendicularly to a common machining plane, in that a normal to the machining plane defines a deburring longitudinal axis, in that the at least one deburring face (32, 34) extends in parallel to the deburring longitudinal axis, the medical instrument is configured in the form of scissors, pliers, a needle holder or a clamp and comprises two instrument body parts (18, 20), in that the two instrument body parts (18, 20) are mounted on one another so as to be pivotable about a pivot axis, and in that the pivot axis defines the deburring longitudinal axis.
An apparatus comprising: a housing defining a face bounded by opposed longitudinal sidewalls (14L, 14R) and opposed lateral sidewalls (18B, 18T), wherein the housing comprises at least one corner section (36L, 36R) that is non-conductive or electrically floating at an intersection of at least one of the longitudinal sidewalls (14L, 14R) with at least one of the lateral sidewalls (18B, 18T), and at least one conductive portion (34L, 34R) of at least one of the longitudinal sidewalls (14L, 14R) and at least one conductive portion of at least one of the lateral sidewalls (18B, 18T) are configured to be electrically isolated from the at least one corner section (36L, 36R); at least one antenna element (20A, 20B) internal to the housing, and configured to electrically couple to radio frequency circuitry; and a conductor (22A, 22B) configured to electrically couple the at least one conductive portion of the at least one lateral sidewall (18B, 18T) to a ground plane, wherein the at least one conductive portion of the at least one lateral sidewall (18B, 18T) is disposed between the opposed longitudinal sidewalls (14L, 14R) and wherein the at least one conductive portion (34L, 34R) of the at least one longitudinal sidewall (14L, 14R) is configured to be electrically coupled to the ground plane. a housing defining a face bounded by opposed longitudinal sidewalls (14L, 14R) and opposed lateral sidewalls (18B, 18T), wherein the housing comprises at least one corner section (36L, 36R) that is non-conductive or electrically floating at an intersection of at least one of the longitudinal sidewalls (14L, 14R) with at least one of the lateral sidewalls (18B, 18T), and at least one conductive portion (34L, 34R) of at least one of the longitudinal sidewalls (14L, 14R) and at least one conductive portion of at least one of the lateral sidewalls (18B, 18T) are configured to be electrically isolated from the at least one corner section (36L, 36R); at least one antenna element (20A, 20B) internal to the housing, and configured to electrically couple to radio frequency circuitry; and a conductor (22A, 22B) configured to electrically couple the at least one conductive portion of the at least one lateral sidewall (18B, 18T) to a ground plane, wherein the at least one conductive portion of the at least one lateral sidewall (18B, 18T) is disposed between the opposed longitudinal sidewalls (14L, 14R) and wherein the at least one conductive portion (34L, 34R) of the at least one longitudinal sidewall (14L, 14R) is configured to be electrically coupled to the ground plane.