mhurhangee/patent-ind-claim-en huggingface dataset:
A pipette for use with a pipette tip, comprising • a pipette housing , • a spigot protruding outwards from the pipette housing for clamping a seating region on the inner circumference of a tip cylinder of a pipette tip having a mounting opening on the upper end, wherein the spigot has a through-bore for inserting a plunger rod of a tip plunger of the pipette tip , • a drive apparatus comprising a stroke rod , which is aligned with the through-bore and is guided in the pipette housing displaceably in the longitudinal direction of the spigot , with an axial bore and a hole on the lower end for inserting the upper end of the plunger rod and for displacing a plunger of the tip plunger that is guided in a sealing manner in a plunger travel region between a tip opening on the lower end and the seating region of the tip cylinder , and • a clamping apparatus comprising at least one clamping slot (29.1, 29.2), which is open toward the axial bore, on the outer circumference of the stroke rod and a clamping spring that sits on the outer circumference of the stroke rod , engages in the clamping slot (29.1, 29.2) with a leg (30.2, 30.3), and projects into the axial bore to firmly clamp the plunger rod , which has an insertion bevel and/or a clamping groove , in the axial bore of the stroke rod . • a pipette housing , • a spigot protruding outwards from the pipette housing for clamping a seating region on the inner circumference of a tip cylinder of a pipette tip having a mounting opening on the upper end, wherein the spigot has a through-bore for inserting a plunger rod of a tip plunger of the pipette tip , • a drive apparatus comprising a stroke rod , which is aligned with the through-bore and is guided in the pipette housing displaceably in the longitudinal direction of the spigot , with an axial bore and a hole on the lower end for inserting the upper end of the plunger rod and for displacing a plunger of the tip plunger that is guided in a sealing manner in a plunger travel region between a tip opening on the lower end and the seating region of the tip cylinder , and • a clamping apparatus comprising at least one clamping slot (29.1, 29.2), which is open toward the axial bore, on the outer circumference of the stroke rod and a clamping spring that sits on the outer circumference of the stroke rod , engages in the clamping slot (29.1, 29.2) with a leg (30.2, 30.3), and projects into the axial bore to firmly clamp the plunger rod , which has an insertion bevel and/or a clamping groove , in the axial bore of the stroke rod .
A resealable, recyclable container structure comprising: a polymeric rigid tray comprising a bottom wall and at least one upwardly extending sidewall , wherein the at least one sidewall terminates in a flange and wherein the flange comprises at least one resealable zone and at least one permanently affixed zone ; and a flexible polymeric film lidding , wherein the lidding is permanently affixed to the flange in the permanently affixed zone and resealably affixed to the flange in the resealable zone , wherein the flexible polymeric film lidding is heat sealable, and wherein the flexible polymeric film lidding is heat sealed directly to the polymeric rigid tray in the permanently affixed zone , wherein the polymeric rigid tray and the polymeric film lidding comprise the same polymer, and wherein the polymeric film lidding is a mono-material. a polymeric rigid tray comprising a bottom wall and at least one upwardly extending sidewall , wherein the at least one sidewall terminates in a flange and wherein the flange comprises at least one resealable zone and at least one permanently affixed zone ; and a flexible polymeric film lidding , wherein the lidding is permanently affixed to the flange in the permanently affixed zone and resealably affixed to the flange in the resealable zone , wherein the flexible polymeric film lidding is heat sealable, and wherein the flexible polymeric film lidding is heat sealed directly to the polymeric rigid tray in the permanently affixed zone , wherein the polymeric rigid tray and the polymeric film lidding comprise the same polymer, and wherein the polymeric film lidding is a mono-material.
An image processing device , comprising: image receiver circuitry configured to receive a first image; image converter circuitry configured to convert the first image to a second image, the second image being a lower resolution version of the first image; image processor circuitry configured to perform an imaging effect on the second image to form a third image, the imaging effect being defined by an imaging effect parameter; first output device circuitry configured to output the third image for display; and second output device circuitry configured to output the first image and the imaging effect parameter to either a storage medium or a remote device; wherein: the image receiver circuitry is configured to receive a plurality of first images at a predetermined frame rate; and wherein an amount of information used to represent the second image is chosen such that the image processor circuitry forms the third image in a time such that a time between the image receiver circuitry receiving each first image and the first output device outputting a respective third image for display is less than or equal to the time period between successive first images. image receiver circuitry configured to receive a first image; image converter circuitry configured to convert the first image to a second image, the second image being a lower resolution version of the first image; image processor circuitry configured to perform an imaging effect on the second image to form a third image, the imaging effect being defined by an imaging effect parameter; first output device circuitry configured to output the third image for display; and second output device circuitry configured to output the first image and the imaging effect parameter to either a storage medium or a remote device; wherein: the image receiver circuitry is configured to receive a plurality of first images at a predetermined frame rate; and wherein an amount of information used to represent the second image is chosen such that the image processor circuitry forms the third image in a time such that a time between the image receiver circuitry receiving each first image and the first output device outputting a respective third image for display is less than or equal to the time period between successive first images. the image receiver circuitry is configured to receive a plurality of first images at a predetermined frame rate; and wherein an amount of information used to represent the second image is chosen such that the image processor circuitry forms the third image in a time such that a time between the image receiver circuitry receiving each first image and the first output device outputting a respective third image for display is less than or equal to the time period between successive first images.
A chlorotoxin conjugate comprising a chlorotoxin peptide covalently coupled to a fluorescent label selected from the group consisting of_DyLight-680, DyLight-750, VivoTag-750, DyLight-800, VivoTag-680, and indocyanine green, the chlorotoxin peptide comprising an amino acid sequence corresponding to that of native chlorotoxin (SEQ ID NO: 1) in which lysine residue K15, lysine residue K23, or a combination thereof are substituted with an amino acid other than lysine.
A composition for enhancing the creping of a fibrous web comprising a polyaminosilicone or a polysiloxane, a polyaminosilicone block copolymer, a surfactant, and optionally one or more creping aids.
A synthetic peptide consisting of 7 consecutive amino acid residues set forth as DLYRX 1 X 2 S (SEQ ID NO: 1), wherein X 1 and X 2 are respectively valine and arginine (SEQ ID NO: 2) or leucine and arginine (SEQ ID NO: 3) or glutamine and arginine (SEQ ID NO: 4) or glutamine and lysine (SEQ ID NO: 5).
A foreign-matter-removing device for a wireless power-supplying system that is configured to supply power from a power-transmitting coil to a power-receiving coil in a wireless manner, the foreign-matter-removing device comprising: a flexible sheet that is movable along a top surface of a transmitting-side pad containing the power-transmitting coil ; and a sheet-moving device that is driven by a single-phase alternating current and configured to move the sheet along the top surface of the transmitting-side pad ; characterized by a ring-shaped coil that is disposed in the transmitting-side pad and configured to generate a single-phase alternating current from an alternating magnetic field of the power-transmitting coil ; and a current supply control device that is configured to supply the single-phase alternating current generated in the ring-shaped coil to the sheet-moving device and to control the sheet-moving device . a flexible sheet that is movable along a top surface of a transmitting-side pad containing the power-transmitting coil ; and a sheet-moving device that is driven by a single-phase alternating current and configured to move the sheet along the top surface of the transmitting-side pad ; characterized by a ring-shaped coil that is disposed in the transmitting-side pad and configured to generate a single-phase alternating current from an alternating magnetic field of the power-transmitting coil ; and a current supply control device that is configured to supply the single-phase alternating current generated in the ring-shaped coil to the sheet-moving device and to control the sheet-moving device .
An erectable container comprising: a container body formed from a single unitary blank configured to be erected from a collapsed orientation into an expanded orientation for receiving, transporting, and pouring a liquid, the container body in the expanded orientation having a flat base , a top , and a front wall , a rear wall , and opposing side walls extending between the container top and base cooperating to form an interior space; a flexible bladder having an interior for storing liquid therein, the bladder being disposed in the container body interior space and the bladder including a spout having an opening in communication with the bladder interior to provide a liquid passageway thereto; said erectable container being characterized by the container body top having a first inclined portion oriented obliquely relative to the flat base extending from the rear wall up toward an apex ; a handle portion of the container body extending up from the first inclined portion for transporting and manipulating the container; a second inclined portion of the container body top including an inclined wall portion oriented obliquely relative to the flat base extending from the front wall up toward the apex and including an aperture through which the spout extends. a container body formed from a single unitary blank configured to be erected from a collapsed orientation into an expanded orientation for receiving, transporting, and pouring a liquid, the container body in the expanded orientation having a flat base , a top , and a front wall , a rear wall , and opposing side walls extending between the container top and base cooperating to form an interior space; a flexible bladder having an interior for storing liquid therein, the bladder being disposed in the container body interior space and the bladder including a spout having an opening in communication with the bladder interior to provide a liquid passageway thereto; said erectable container being characterized by the container body top having a first inclined portion oriented obliquely relative to the flat base extending from the rear wall up toward an apex ; a handle portion of the container body extending up from the first inclined portion for transporting and manipulating the container; a second inclined portion of the container body top including an inclined wall portion oriented obliquely relative to the flat base extending from the front wall up toward the apex and including an aperture through which the spout extends.
Wiper arrangement for cleaning a sensor field of vision on a windscreen for a front portion of a vehicle , comprising - a wiping element and a carrier , - wherein the carrier is configured and/or provided with corresponding attachment means to be attached to the windscreen or in direct proximity to the windscreen , characterised in that - the wiping element is supported such movably on the carrier that the wiping element can take at least one stable holding position relative to the carrier , and at least by overcoming a defined holding force, is bringable out of the stable holding position , and - wherein the wiping element is supported on the carrier such and is configured such that, in case of intended attachment of the carrier on the windscreen or in direct proximity of the windscreen , the wiping element is bringable out of the stable holding position by a wiping movement of a wiper blade of a windscreen wiper arrangement of the windscreen , and thereby be drivable and/or actuatable by the wiping movement of the wiper blade . - a wiping element and a carrier , - wherein the carrier is configured and/or provided with corresponding attachment means to be attached to the windscreen or in direct proximity to the windscreen , - the wiping element is supported such movably on the carrier that the wiping element can take at least one stable holding position relative to the carrier , and at least by overcoming a defined holding force, is bringable out of the stable holding position , and - wherein the wiping element is supported on the carrier such and is configured such that, in case of intended attachment of the carrier on the windscreen or in direct proximity of the windscreen ,
Method for positioning an articulated arm of a medical robot to assist a practitioner in a medical operation on an anatomical location of interest of a patient , the medical robot comprising a base to which the articulated arm is linked, and a control unit allowing the articulated arm to be configured in a determined position, the medical robot being assisted by an electromagnetic navigation system comprising an electromagnetic field generator and two electromagnetic sensors , the generated electromagnetic field forming a measurement zone in which the position of a sensor can be determined by the electromagnetic navigation system and communicated to the medical robot , a first sensor being positioned, in a step prior to said method at the anatomical location of interest , a second sensor being positioned on the articulated arm , the method for positioning the articulated arm being characterized in that said method comprises: - a determination , when the two sensors are located in the measurement zone , of a so-called "region of reduced influence" of the measurement zone from the position of the electromagnetic field generator and from the position of the sensors , said region of reduced influence being a region for which the presence of a metal part of the articulated arm in this region negligibly disturbs the determination of the position of each of the two sensors , - a configuration of the articulated arm such that any metal part of the articulated arm located in the measurement zone is situated within the region of reduced influence , said method for positioning the articulated arm not including a step of execution of a medical act on the patient. - a determination , when the two sensors are located in the measurement zone , of a so-called "region of reduced influence" of the measurement zone from the position of the electromagnetic field generator and from the position of the sensors , said region of reduced influence being a region for which the presence of a metal part of the articulated arm in this region negligibly disturbs the determination of the position of each of the two sensors , - a configuration of the articulated arm such that any metal part of the articulated arm located in the measurement zone is situated within the region of reduced influence ,
A wireless implantable power receiver for use with a medical stimulation or monitoring device , comprising: one or more non-inductive antennas ; and electronic circuitry, wherein the one or more non-inductive antennas are configured to receive radiated energy, and the electronic circuitry is configured to convert the radiated energy received by the one or more non-inductive antennas to a DC power supply to provide power to a medical stimulation or monitoring device , wherein the DC power supply operatively powers the medical stimulation or monitoring device such that the medical stimulation or monitoring device does not require the use of battery power or wired power from another power source, and wherein the wireless implantable power receiver is tethered by one or more wires to the medical stimulation or monitoring device . one or more non-inductive antennas ; and electronic circuitry, wherein the one or more non-inductive antennas are configured to receive radiated energy, and the electronic circuitry is configured to convert the radiated energy received by the one or more non-inductive antennas to a DC power supply to provide power to a medical stimulation or monitoring device , wherein the DC power supply operatively powers the medical stimulation or monitoring device such that the medical stimulation or monitoring device does not require the use of battery power or wired power from another power source, and wherein the wireless implantable power receiver is tethered by one or more wires to the medical stimulation or monitoring device .
A compound represented by the general formula Li 2+2x M 1-x ZS 4 , wherein 0.3 ≤ x ≤ 0.9; wherein M is one or more elements selected from the group consisting of Pb, Mg, Ca, Ge and Sn; and wherein Z is one or more elements selected from the group consisting of Ge, Si, Sn and Al.
A terminal configured to perform radio communications with a base station by using a half-duplex scheme, comprising: a control circuit configured to switch to transmitting, as an uplink signal, an uplink control signal or a random access channel signal within a subframe, after a given guard interval that is provided to prevent transmission of the uplink signal and reception of a downlink signal from overlapping each other within a subframe configured of a plurality of symbols, by using an uplink signal format for half-duplex frequency division duplex, HD-FDD, in which first several symbols are vacant in the subframe; the first several symbols being vacant in the subframe corresponding to the downlink signal and the guard interval; and a transmission/reception circuit configured to receive the downlink signal and transmit the uplink signal within the subframe, wherein the control circuit is configured to control to receive a downlink control signal in symbols at the beginning of the first several symbols of the subframe, the downlink control signal being included in the downlink signal. a control circuit configured to switch to transmitting, as an uplink signal, an uplink control signal or a random access channel signal within a subframe, after a given guard interval that is provided to prevent transmission of the uplink signal and reception of a downlink signal from overlapping each other within a subframe configured of a plurality of symbols, by using an uplink signal format for half-duplex frequency division duplex, HD-FDD, in which first several symbols are vacant in the subframe; the first several symbols being vacant in the subframe corresponding to the downlink signal and the guard interval; and a transmission/reception circuit configured to receive the downlink signal and transmit the uplink signal within the subframe, wherein the control circuit is configured to control to receive a downlink control signal in symbols at the beginning of the first several symbols of the subframe, the downlink control signal being included in the downlink signal.
A heat exchanger, comprising: an inlet header defining a refrigerant chamber (S1) therein; an outlet header spaced apart from the inlet header ; a plurality of tubes , two ends of each tube being connected and communicated with the inlet and outlet headers respectively; a plurality of fins , each of which is interposed between adjacent tubes , wherein a distribution tube is disposed outside the refrigerant chamber (S1) and formed with a distribution opening , through which the distribution tube is communicated with the refrigerant chamber (S1), characterised in that a ratio of an inner diameter of the distribution tube to a hydraulic inner diameter of the refrigerant chamber (S1) is within a range of about 0.17 - about 0.79, a partition is disposed inside the inlet header so as to divide an interior of the inlet header into the refrigerant chamber S1 and a cavity S2 isolated from each other. an inlet header defining a refrigerant chamber (S1) therein; an outlet header spaced apart from the inlet header ; a plurality of tubes , two ends of each tube being connected and communicated with the inlet and outlet headers respectively; a plurality of fins , each of which is interposed between adjacent tubes , wherein a distribution tube is disposed outside the refrigerant chamber (S1) and formed with a distribution opening , through which the distribution tube is communicated with the refrigerant chamber (S1), characterised in that a ratio of an inner diameter of the distribution tube to a hydraulic inner diameter of the refrigerant chamber (S1) is within a range of about 0.17 - about 0.79, a partition is disposed inside the inlet header so as to divide an interior of the inlet header into the refrigerant chamber S1 and a cavity S2 isolated from each other.