mhurhangee/ep-ind-claims huggingface dataset:
A liquid dispensing Z apparatus comprising: a mounting unit on which a liquid discharging device is to be mounted; a driving circuit to supply driving voltages to an actuator of the liquid discharging device mounted on the mounting unit; a capacitance measuring circuit configured to measure a capacitance value of the actuator; and a controller configured to: acquire the capacitance value, compare the capacitance value to a predetermined threshold value, and determine whether to supply a first control signal to the driving circuit to drive the actuator of the liquid discharging device to discharge a liquid based on the comparison of the capacitance value to the predetermined threshold value, characterized in that the controller is further configured to supply a second control signal to the driving circuit to cause a supply of a reverse voltage to the actuator after a discharge of a liquid. a mounting unit on which a liquid discharging device is to be mounted; a driving circuit to supply driving voltages to an actuator of the liquid discharging device mounted on the mounting unit; a capacitance measuring circuit configured to measure a capacitance value of the actuator; and a controller configured to: acquire the capacitance value, compare the capacitance value to a predetermined threshold value, and determine whether to supply a first control signal to the driving circuit to drive the actuator of the liquid discharging device to discharge a liquid based on the comparison of the capacitance value to the predetermined threshold value, characterized in that acquire the capacitance value, compare the capacitance value to a predetermined threshold value, and determine whether to supply a first control signal to the driving circuit to drive the actuator of the liquid discharging device to discharge a liquid based on the comparison of the capacitance value to the predetermined threshold value, characterized in that the controller is further configured to supply a second control signal to the driving circuit to cause a supply of a reverse voltage to the actuator after a discharge of a liquid.
A system comprising a catheter (10; 26) with a bend sensor (28A, 100), wherein the system forms part of an intravascular blood pump, the bend sensor comprises at least one fiber optical waveguide, the fiber optical waveguide forms part of an optical pressure sensor, the bend sensor has a sensor head permanently connected to the blood pump, and wherein the fiber optical waveguide of the catheter (10; 26) is connected to an evaluation device adapted to evaluate the predetermined amount of light guided through the fiber optical waveguide for whether a portion of the amount of light is coupled out of the fiber optical waveguide along the length of the fiber optical waveguide.
A housing of an active component, for receiving an active source therein, comprising: a main portion, having a side wall, wherein the active source is disposed on the main portion, the side wall having a pair of orientation grooves formed in the side wall parallel to each other; and at least two retaining portions, the at least two retaining portions and the main portion made of materials having different Young's modulus respectively, the at least two retaining portions connected to the side wall of the main portion; wherein each of the at least two retaining portions has a contacting surface contiguous to the main portion, wherein the contacting surface corresponds to an outer surface of the side wall of the main portion; wherein each of the at least two retaining portions has a pair of orientation ribs formed on the contacting surface parallel to each other, the pair of orientation ribs are positioned correspondingly in the pair of orientation grooves for orienting mutually; characterized in that each of the at least two retaining portions has a pair of first connecting holes passing through the retaining portion to the contacting surface between the pair of orientation ribs; wherein the main portion having a pair of second connecting holes formed between the pair of orientation grooves matching with the pair of first connecting holes correspondingly, so that the retaining portion is fixed to the side wall of the main portion by fixing-elements that are correspondingly passing through the first connecting holes and the second connecting holes of the main portion. a main portion, having a side wall, wherein the active source is disposed on the main portion, the side wall having a pair of orientation grooves formed in the side wall parallel to each other; and at least two retaining portions, the at least two retaining portions and the main portion made of materials having different Young's modulus respectively, the at least two retaining portions connected to the side wall of the main portion; wherein each of the at least two retaining portions has a contacting surface contiguous to the main portion, wherein the contacting surface corresponds to an outer surface of the side wall of the main portion; wherein each of the at least two retaining portions has a pair of orientation ribs formed on the contacting surface parallel to each other, the pair of orientation ribs are positioned correspondingly in the pair of orientation grooves for orienting mutually; characterized in that each of the at least two retaining portions has a pair of first connecting holes passing through the retaining portion to the contacting surface between the pair of orientation ribs; wherein the main portion having a pair of second connecting holes formed between the pair of orientation grooves matching with the pair of first connecting holes correspondingly, so that the retaining portion is fixed to the side wall of the main portion by fixing-elements that are correspondingly passing through the first connecting holes and the second connecting holes of the main portion.
A compound of Formula 1 for use in a method for preventing or treating mucositis, comprising administering to a patient in need thereof an effective amount of the compound of Formula 1: wherein R1 and R2 are independently a fatty acid residue of 14 to 20 carbon atoms, to a patient in need thereof.
A sample recovery and collection device comprising: a tube; a cap including an O-ring, the cap removably secured to the tube for sealing the tube; an insert including a first end having a ring that is adhered to the tube and a second end opposite the first end, the insert including a first leg, a second leg, and a third leg each coupled to and extending from the ring to the second end, and wherein each of the first, second and third legs (118, 122, 126) includes a plurality of protrusions that project radially from an inside surface of each of the legs (118, 122, 126); and an opening extending from the ring to the second end, the insert defining a diameter. a tube; a cap including an O-ring, the cap removably secured to the tube for sealing the tube; an insert including a first end having a ring that is adhered to the tube and a second end opposite the first end, the insert including a first leg, a second leg, and a third leg each coupled to and extending from the ring to the second end, and wherein each of the first, second and third legs (118, 122, 126) includes a plurality of protrusions that project radially from an inside surface of each of the legs (118, 122, 126); and an opening extending from the ring to the second end, the insert defining a diameter.
Compounds having the general formula wherein R 1 represents a radical chosen from the group consisting of the radicals of the following formulae (IIa) to (IIe),, (IVa) to (IVb) and (Va) to (Vd): and wherein any two of the radicals R 2, R 3, R 4 and R 5 represent a caffeoyl group, the other two representing a hydrogen atom.
A method of manufacturing a wind turbine blade shell member comprising a shell part and an add-on component connected along a connection face, which method comprises: - providing an insert with a side surface of approximately the same shape as the connection face; - positioning the insert in an open mould; - placing one or more layers of material in the mould to form the shell part wherein the layers are placed in abutment to the side surface of the insert thereby forming a side surface of the shell part of approximately the same shape as the connection face; - providing a resin to the layers and allowing the resin to at least partly cure - removing said insert; and - connecting the shell part to the add-on component. - providing an insert with a side surface of approximately the same shape as the connection face; - positioning the insert in an open mould; - placing one or more layers of material in the mould to form the shell part wherein the layers are placed in abutment to the side surface of the insert thereby forming a side surface of the shell part of approximately the same shape as the connection face; - providing a resin to the layers and allowing the resin to at least partly cure - removing said insert; and - connecting the shell part to the add-on component.
A method for detecting a gas in a reference gas in a gas detector, the gas detector having a reflecting wall, and a wave generating and sensing means comprising a piezoelectric resonator having a resonator surface, and an electronic oscillator, the piezoelectric resonator being coupled to the electronic oscillator which is arranged to feed a constant current to the piezoelectric resonator, wherein the wave generating and sensing means is arranged at a distance (d) opposite the reflecting wall which reflecting wall and the wave generating and sensing means are fixedly arranged in the gas detector, wherein the resonator surface forms a resonant cavity with the reflecting wall, and wherein the method comprises a continuous process of: generating acoustic waves by means of the wave generating and sensing means, wherein the generating comprises generating acoustic waves with a constant frequency in the range 0.5 MHz to 500 MHz, transmitting the acoustic waves (W t) through the gas towards the reflecting wall, wherein the acoustic waves (W r) are reflected towards the wave generating and sensing means from the reflecting wall, thereby creating constructive and destructive interference between the acoustic waves (W t, W r) propagating in opposite directions, the constructive and destructive interference being dependent of a wavelength of the acoustic waves (W t, W r), which wavelength is dependent of the gas, detecting the acoustic waves (W r) by the wave generating and sensing means, the detected waves increase a motional resistance of the wave generating and sensing means if the gas is present in the reference gas, as vibration energy is absorbed by the wave generating and sensing means due to a change of the wavelength of the acoustic waves (W t, W r), and indicating a presence of the gas by determining an increasing output voltage of the electronic oscillator, wherein a presence of a gas in the reference gas is detected as a consequence of determining a change in the output voltage, wherein the method further comprises compensating for temperature changes in the gas detector, wherein the compensating comprises moving a reflecting surface of the reflecting wall along an axis transverse to the reflecting surface, thereby adjusting the distance (d) between the reflecting wall and the wave generating and sensing means, wherein the moving comprises automatically moving the reflecting wall by means of thermal expansion properties of materials used for constructing the gas detector.
An injection molding tool comprising a central tool part and two lateral tool parts (12, 14) which are shiftable relative to each other between an open and a closed position, at least one injection molding cavity being provided which is defined by a central mold part which is arranged on the central tool part, by a lateral mold part which is arranged on the lateral tool part (12, 14), and by a movable mold part which is mounted to a holder (28, 30) which is shiftable around the central tool part between various positions (I to IV) by means of a drive, the holder (28, 30) including at least one carriage which is shiftably mounted to a rail, characterized in that the carriage and thus the holder (28, 30) can be coupled to the drive in a controlled manner.
A method to securely and selectively share digital credentials among a plurality of separate computer entities including a first entity and at least a second entity, comprising: providing a first credential data store having retrievably stored therein a plurality of first entity digital credentials; protecting at least a portion of said first entity digital credentials with first protection means configured to allow said at least a portion of said first entity digital credentials to be shared with at least said second entity, said first protection means comprising encoding said at least a portion of said first entity digital credentials with a first encoding secret using an algorithm which incorporates said first entity encoding secret and which is determinable by at least said second entity; generating said first encoding secret as a function of at least i. data representing a common secret between said first entity and said at least said second entity, and ii. a first entity specific string retrievable by said at least said second entity, and responsive to at least said first encoding secret, granting at least said second entity permission to share said at least a portion of said first entity digital credentials, wherein the second entity is granted rights for accessing the first entity digital credentials that are shared with the second entity by a security application using the regenerated first entity's secret. providing a first credential data store having retrievably stored therein a plurality of first entity digital credentials; protecting at least a portion of said first entity digital credentials with first protection means configured to allow said at least a portion of said first entity digital credentials to be shared with at least said second entity, said first protection means comprising encoding said at least a portion of said first entity digital credentials with a first encoding secret using an algorithm which incorporates said first entity encoding secret and which is determinable by at least said second entity; generating said first encoding secret as a function of at least i. data representing a common secret between said first entity and said at least said second entity, and ii. a first entity specific string retrievable by said at least said second entity, and i. data representing a common secret between said first entity and said at least said second entity, and ii. a first entity specific string retrievable by said at least said second entity, and
A method of minimizing the risk of theft or disclosure of personally identifiable or other sensitive information comprising the steps of: utilizing a computer program to identify (130, 140) data from a data source that may contain sensitive information in a first stage of a search mechanism, said first stage broadly identifying as potentially sensitive any data from said data source that exhibits any attributes relating to sensitive information; characterized by: escalating said potentially sensitive data to at least a second more sensitive stage of said search mechanism, said second stage including the step of scoring said potentially sensitive data based on minimal information entropy; placing said potentially sensitive data in a data log, and further placing a score of said potentially sensitive data obtained from said scoring step in said data log; evaluating for possible remediation any potentially sensitive data based on said data log, said evaluating step being accomplished by said computer program utilizing a rule table to determine whether remediation is necessary; and remediating potentially sensitive data in which remediation is determined to be necessary in said evaluating step. utilizing a computer program to identify (130, 140) data from a data source that may contain sensitive information in a first stage of a search mechanism, said first stage broadly identifying as potentially sensitive any data from said data source that exhibits any attributes relating to sensitive information; escalating said potentially sensitive data to at least a second more sensitive stage of said search mechanism, said second stage including the step of scoring said potentially sensitive data based on minimal information entropy; placing said potentially sensitive data in a data log, and further placing a score of said potentially sensitive data obtained from said scoring step in said data log; evaluating for possible remediation any potentially sensitive data based on said data log, said evaluating step being accomplished by said computer program utilizing a rule table to determine whether remediation is necessary; and remediating potentially sensitive data in which remediation is determined to be necessary in said evaluating step.
A ring-traveler system of a ring spinning machine, wherein the ring-traveler system is of a non-liquid lubrication type, the ring-traveler system comprising: a ring; and a traveler that travels along the ring, the ring-traveler system being characterized in that one of the ring and the traveler includes 400 or more recesses per centimeter in a surface portion on which the other one of the ring and the traveler slides when the traveler travels, so that a fiber film, which is formed by fibers separated from a yarn and caught between the ring and the traveler, is entered into the recesses. a ring; and a traveler that travels along the ring, the ring-traveler system being characterized in that
A barrier system comprising: a first support member (404, 622); a second support member (406, 626) spaced apart from the first support member (404, 622); a take-up member (458, 614) attached to the first support member (404, 622), the take-up member (458, 614) is rotatable about a first axis; and a flexible barrier (402, 604) that includes a proximal end attached to the take-up member (458, 614) and a distal end that can be releasably coupled to the second support member (406, 626), by virtue of the take-up member (458, 614) being rotatable about the first axis, the flexible barrier (402, 604) can selectively retract onto the take-up member (458, 614) and extend out in a horizontal direction toward the second support member (406, 626); characterized in that: the take-up member (458, 614) is also rotatable about a second axis, wherein the second axis is angularly displaced out of parallel alignment with the first axis. a first support member (404, 622); a second support member (406, 626) spaced apart from the first support member (404, 622); a take-up member (458, 614) attached to the first support member (404, 622), the take-up member (458, 614) is rotatable about a first axis; and a flexible barrier (402, 604) that includes a proximal end attached to the take-up member (458, 614) and a distal end that can be releasably coupled to the second support member (406, 626), by virtue of the take-up member (458, 614) being rotatable about the first axis, the flexible barrier (402, 604) can selectively retract onto the take-up member (458, 614) and extend out in a horizontal direction toward the second support member (406, 626); the take-up member (458, 614) is also rotatable about a second axis, wherein the second axis is angularly displaced out of parallel alignment with the first axis.
A compound of the general formula cyclo[-P 1 -P 2 -P 3 -P 4 -P 5 -P 6 -P 7 -P 8 -T 1 -T 2 -] wherein the single elements T or P are connected in either direction from the carbonyl (C=O) point of attachment to the nitrogen of the next element and wherein T 1 is D Pro; T 2 is Aib; Deg; Dpg; Cyp; Chx; Ac7c; Ac8c; or Ind; P 1 is Phe; P 2 is Glu; Gln; Phe; Phe(4NH 2); 3Pal; 4Pal; Tyr; Tyr(Me); Tyr(Ph); Tyr(Bn); His; His(Bn); Trp; or Trp; P 3 is Leu; or Gln; P 4 is Leu; Phe; Phe; Tyr; or Tyr(Me); P 5 is Ala; P 6 is Trp; P 7 is Glu; Hgl; Gln; or Cit; P 8 is Phe; Phg; Phe(4NH 2); 3Pal; Tyr; Tyr(Me); Tyr(Bn); His; His(Bn); Trp; Trp; or Arg; with the proviso that if P 3 is Gln; then P 2 is Phe; Phe(4NH 2); 3Pal; 4Pal; Tyr; Tyr(Me); Tyr(Ph); Tyr(Bn); His; His(Bn); Trp or Trp; P 7 is Glu; Hgl; or Cit; or if P 3 is Leu; then P 2 is Glu; Gln; His; or Trp; and with the further proviso that if P 2 is Gln; His; or Trp; then P 7 is Glu; or Hgl; or a pharmaceutically acceptable salt thereof. T 1 is D Pro; T 2 is Aib; Deg; Dpg; Cyp; Chx; Ac7c; Ac8c; or Ind; P 1 is Phe; P 2 is Glu; Gln; Phe; Phe(4NH 2); 3Pal; 4Pal; Tyr; Tyr(Me); Tyr(Ph); Tyr(Bn); His; His(Bn); Trp; or Trp; P 3 is Leu; or Gln; P 4 is Leu; Phe; Phe; Tyr; or Tyr(Me); P 5 is Ala; P 6 is Trp; P 7 is Glu; Hgl; Gln; or Cit; P 8 is Phe; Phg; Phe(4NH 2); 3Pal; Tyr; Tyr(Me); Tyr(Bn); His; His(Bn); Trp; Trp; or Arg; if P 3 is Gln; then P 2 is Phe; Phe(4NH 2); 3Pal; 4Pal; Tyr; Tyr(Me); Tyr(Ph); Tyr(Bn); His; His(Bn); Trp or Trp; P 7 is Glu; Hgl; or Cit; P 2 is Phe; Phe(4NH 2); 3Pal; 4Pal; Tyr; Tyr(Me); Tyr(Ph); Tyr(Bn); His; His(Bn); Trp or Trp; P 7 is Glu; Hgl; or Cit; or if P 3 is Leu; then P 2 is Glu; Gln; His; or Trp; and with the further proviso that if P 2 is Gln; His; or Trp; then P 7 is Glu; or Hgl;
Apparatus comprising: a dielectric substrate comprising first and second surfaces (23A, 23B); first and second electrically conductive elements (24, 26) respectively provided on the first and second surfaces; a post wall provided by a plurality of electrically conductive posts, each of which is on or passes through the substrate to interconnect the first and second electrically conductive elements, the post wall defining a waveguide region in the substrate; and a resonator comprising one or more first resonator elements extending from the first electrically conductive element and into the waveguide region, the one or more first resonator elements not contacting the second electrically conductive element, and one or more second resonator elements extending from the second electrically conductive element and into the waveguide region, the one or more second resonator elements not contacting the first electrically conductive element, wherein the one or more first resonator elements and the one or more second resonator elements extend into the waveguide region in opposite directions, characterized in that the one or more first resonator elements and the one or more second resonator elements at least partially overlap when viewed from a direction which is non-parallel to the extent of the one or more first and second resonator elements. a dielectric substrate comprising first and second surfaces (23A, 23B); first and second electrically conductive elements (24, 26) respectively provided on the first and second surfaces; a post wall provided by a plurality of electrically conductive posts, each of which is on or passes through the substrate to interconnect the first and second electrically conductive elements, the post wall defining a waveguide region in the substrate; and a resonator comprising one or more first resonator elements extending from the first electrically conductive element and into the waveguide region, the one or more first resonator elements not contacting the second electrically conductive element, and one or more second resonator elements extending from the second electrically conductive element and into the waveguide region, the one or more second resonator elements not contacting the first electrically conductive element, wherein the one or more first resonator elements and the one or more second resonator elements extend into the waveguide region in opposite directions, characterized in that the one or more first resonator elements and the one or more second resonator elements at least partially overlap when viewed from a direction which is non-parallel to the extent of the one or more first and second resonator elements.