mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition comprising as an active ingredient an isolated peptide, wherein the isolated peptide consists of an amino acid sequence selected from the group consisting of: KK(AL) 8 KK (SEQ ID NO: 1); (AL) 9 KK (SEQ ID NO:2); K(AL) 9 K (SEQ ID NO: 3); (AL) 7 K (SEQ ID NO: 4); KK(AL) 5 AKK (SEQ ID NO: 5); (AL) 6 AKK (SEQ ID NO: 6); and K(AL) 6 AK (SEQ ID NO: 7), and a pharmaceutically acceptable carrier, for use in treating an inflammatory condition in a subject. KK(AL) 8 KK (SEQ ID NO: 1); (AL) 9 KK (SEQ ID NO:2); K(AL) 9 K (SEQ ID NO: 3); (AL) 7 K (SEQ ID NO: 4); KK(AL) 5 AKK (SEQ ID NO: 5); (AL) 6 AKK (SEQ ID NO: 6); and K(AL) 6 AK (SEQ ID NO: 7), and a pharmaceutically acceptable carrier, for use in treating an inflammatory condition in a subject.
A straddle vehicle comprising: a first frame located in front of a head pipe and supported by the head pipe ; a hanging frame connected to the first frame and including a plurality of extension portions extending downward from the first frame and an attachment portion connecting at least two of the plurality of extension portions to each other; a front cowl arranged at a front part of the straddle vehicle and protruding forward, a recess being formed at a rear side of the front cowl ; a radar device supported by the attachment portion of the hanging frame and arranged in the recess of the front cowl ; a connection member connecting a lower wall inside the recess of the front cowl and the hanging frame ; and a radar stay connected to the attachment portion so as to protrude forward from the attachment portion of the hanging frame , the radar device attached to the radar stay , and the radar device is attached to the radar stay so that the radar device does not contact with a lower wall in the recess of the front cowl , characterised in that the radar device includes an orientation adjustment mechanism adjusting orientation of the radar device . a first frame located in front of a head pipe and supported by the head pipe ; a hanging frame connected to the first frame and including a plurality of extension portions extending downward from the first frame and an attachment portion connecting at least two of the plurality of extension portions to each other; a front cowl arranged at a front part of the straddle vehicle and protruding forward, a recess being formed at a rear side of the front cowl ; a radar device supported by the attachment portion of the hanging frame and arranged in the recess of the front cowl ; a connection member connecting a lower wall inside the recess of the front cowl and the hanging frame ; and a radar stay connected to the attachment portion so as to protrude forward from the attachment portion of the hanging frame , the radar device attached to the radar stay , and the radar device is attached to the radar stay so that the radar device does not contact with a lower wall in the recess of the front cowl , characterised in that the radar device includes an orientation adjustment mechanism adjusting orientation of the radar device .
A double deck boot attachment for a lawn maintenance tool comprising: a smaller deck boot ; and a larger deck boot including an interior volume , wherein the smaller deck boot is configured to be an attachment for at least one first lawn maintenance tool and the larger deck boot is configured to be an attachment for at least one second lawn maintenance tool, wherein at least a portion of the smaller deck boot is configured to slide within the interior volume of the larger deck boot from a separated position to an assembled position and the double deck boot attachment is configured to be stored and shipped as a single item. a smaller deck boot ; and a larger deck boot including an interior volume , wherein the smaller deck boot is configured to be an attachment for at least one first lawn maintenance tool and the larger deck boot is configured to be an attachment for at least one second lawn maintenance tool, wherein at least a portion of the smaller deck boot is configured to slide within the interior volume of the larger deck boot from a separated position to an assembled position and the double deck boot attachment is configured to be stored and shipped as a single item.
A system for delivering a suture to a surgical site within a patient, the system comprising: a self-retaining suture having an elongated suture body with a first segment having a plurality of retainers oriented in a first direction at a first end, and a second segment having a plurality of retainers oriented in a second direction at a second end; and a suture cartridge , the self-retaining suture being releasably secured to the suture cartridge; wherein the suture cartridge comprises a spool ; characterized in that the system further comprises: an endoscopic tool comprising an elongated tube ; wherein the suture cartridge is positioned within a distal end of the elongated tube; and wherein the suture cartridge is releasably coupled to the endoscopic tool; and an interface attached to a proximal end of the elongated tube by which the endoscopic tool is manipulatable to introduce the distal end of the elongated tube through an access port into a surgical site within a patient. a self-retaining suture having an elongated suture body with a first segment having a plurality of retainers oriented in a first direction at a first end, and a second segment having a plurality of retainers oriented in a second direction at a second end; and a suture cartridge , the self-retaining suture being releasably secured to the suture cartridge; wherein the suture cartridge comprises a spool ; an endoscopic tool comprising an elongated tube ; wherein the suture cartridge is positioned within a distal end of the elongated tube; and wherein the suture cartridge is releasably coupled to the endoscopic tool; and an interface attached to a proximal end of the elongated tube by which the endoscopic tool is manipulatable to introduce the distal end of the elongated tube through an access port into a surgical site within a patient.
An intercom system , comprising a function part (F1) configured to, within or prior to a predetermined period (T1), start acquiring information on an operator (H1) who operates an operating part of an outdoor station to enter an operation for specifying a callee (C1) therethrough, the predetermined period (T1) being a period of time during which the callee (C1) is being called based on the operation entered, and acquiring the information containing at least sound recording, wherein the function part (F1) is configured to, prior to or within the sound recording, stop the sound recording when there is a response from the callee (C1).
A hygroscopic cooling system , the system comprising: a hygroscopic working fluid comprising a desiccant and water; a heat exchanger to transfer thermal energy from a heated process fluid to the hygroscopic working fluid; a fluid-air contactor comprising an air stream, wherein the fluid-air contactor and air stream are configured to transfer water from the hygroscopic working fluid to the air stream; wherein the heat exchanger and the fluid-air contactor are configured so the hygroscopic working fluid is circulated through the heat exchanger and the fluid-air contactor; a makeup mix tank configured to receive waste water and at least some of the circulated hygroscopic working fluid, wherein the makeup mix tank is at conditions so that the waste water and the hygroscopic working fluid mix and precipitate dissolved impurities from the resulting mixture; and a filter unit configured to remove precipitated impurities from the mixture of waste water and hygroscopic working fluid and direct the resulting filtrate to combine with the circulated hygroscopic working fluid. a hygroscopic working fluid comprising a desiccant and water; a heat exchanger to transfer thermal energy from a heated process fluid to the hygroscopic working fluid; a fluid-air contactor comprising an air stream, wherein the fluid-air contactor and air stream are configured to transfer water from the hygroscopic working fluid to the air stream; wherein the heat exchanger and the fluid-air contactor are configured so the hygroscopic working fluid is circulated through the heat exchanger and the fluid-air contactor; a makeup mix tank configured to receive waste water and at least some of the circulated hygroscopic working fluid, wherein the makeup mix tank is at conditions so that the waste water and the hygroscopic working fluid mix and precipitate dissolved impurities from the resulting mixture; and a filter unit configured to remove precipitated impurities from the mixture of waste water and hygroscopic working fluid and direct the resulting filtrate to combine with the circulated hygroscopic working fluid.
A trailer oscillation and stability control device comprising: an accelerometer configured to measure lateral acceleration of a trailer and to generate corresponding trailer lateral acceleration signals; an angular rate sensor positioned and configured to measure rate of angular trailer deflection about a hitch pivot point and to generate corresponding angular trailer deflection rate signals; an oscillation detection discriminator coupled with the accelerometer and the angular rate sensor and configured to detect oscillatory lateral trailer motion based on acceleration signals received from the accelerometer and angular trailer deflection rate signals received from the angular rate sensor , and to generate corresponding oscillatory event data; wherein said oscillation detection discriminator is configured to use data received from the angular rate sensor and the accelerometer to distinguish between a trailer oscillation event and a non-oscillatory trailer excursion or lateral deflection; a brake controller configured to generate a trailer braking control signal in response to oscillatory event data received from the oscillation detection discriminator . an accelerometer configured to measure lateral acceleration of a trailer and to generate corresponding trailer lateral acceleration signals; an angular rate sensor positioned and configured to measure rate of angular trailer deflection about a hitch pivot point and to generate corresponding angular trailer deflection rate signals; an oscillation detection discriminator coupled with the accelerometer and the angular rate sensor and configured to detect oscillatory lateral trailer motion based on acceleration signals received from the accelerometer and angular trailer deflection rate signals received from the angular rate sensor , and to generate corresponding oscillatory event data; wherein said oscillation detection discriminator is configured to use data received from the angular rate sensor and the accelerometer to distinguish between a trailer oscillation event and a non-oscillatory trailer excursion or lateral deflection; a brake controller configured to generate a trailer braking control signal in response to oscillatory event data received from the oscillation detection discriminator .
A method for updating a fingerprint template in a fingerprint template library, the method comprising: acquiring by an electronic device, a fingerprint image of a finger in a fingerprint sensor region of a fingerprint sensor in the electronic device; determining whether the fingerprint image matches the fingerprint template; characterised by : when the fingerprint image matches the fingerprint template, acquiring , by the electronic device, a blank image of the fingerprint sensor region after the finger leaves the fingerprint sensor region; determining , by the electronic device, whether the blank image or the fingerprint image includes a foreign object region with an area greater than an area threshold; when the blank image or the fingerprint image includes a foreign object region with an area greater than the area threshold, confirming, by the electronic device, not to update the fingerprint template; and when neither the blank image nor the fingerprint image includes any foreign object region with an area greater than the area threshold, updating, by the electronic device, the fingerprint template with the fingerprint image; wherein the foreign object region in the blank image corresponds to a hardware damage of the fingerprint sensor or a residue in the fingerprint sensor region, and the foreign object region in the fingerprint image corresponds to a foreign object in the finger. acquiring by an electronic device, a fingerprint image of a finger in a fingerprint sensor region of a fingerprint sensor in the electronic device; determining whether the fingerprint image matches the fingerprint template; when the fingerprint image matches the fingerprint template, acquiring , by the electronic device, a blank image of the fingerprint sensor region after the finger leaves the fingerprint sensor region; determining , by the electronic device, whether the blank image or the fingerprint image includes a foreign object region with an area greater than an area threshold; when the blank image or the fingerprint image includes a foreign object region with an area greater than the area threshold, confirming, by the electronic device, not to update the fingerprint template; and when neither the blank image nor the fingerprint image includes any foreign object region with an area greater than the area threshold, updating, by the electronic device, the fingerprint template with the fingerprint image; wherein the foreign object region in the blank image corresponds to a hardware damage of the fingerprint sensor or a residue in the fingerprint sensor region, and the foreign object region in the fingerprint image corresponds to a foreign object in the finger.
Valve cartridge for a magnet valve having a capsule (12.1), a valve core , a first end of which is inserted into the capsule (12.1) and the other end of which receives a valve body having a main valve seat (19.1), a lower valve part , which is axially supported on the valve core , and a nonreturn valve (20.1) comprising a nonreturn valve seat (20.2) and a nonreturn valve closing element (20.3), wherein a flat filter for filtering dirt particles is connected to the lower valve part , and wherein the nonreturn valve seat (20.2) is placed in the lower valve part , and wherein an opening stroke (20.5) of the nonreturn valve closing element (20.3) is limited by an abutment contour (20.4) arranged on the flat filter , characterized in that the abutment contour (20.4) for the nonreturn valve closing element (20.3) is arranged at the level of a filter screen (21.2) inserted in the flat filter .
A method for culturing biological yeast on a culture medium comprising carbon, nitrogen and phosphorus sources of biological origins, characterized in that the phosphorus source is a phosphorus-rich purified solution, said method comprising obtaining the phosphorus-rich purified solution by hydrolysis and solubilization of at least one phytic acid-rich biological substrate comprising from 2 to 18 g of phosphorus per kg of substrate, 60% to 80% of which is in the form of phytic acid, according to the following mode: a. milling said phytic acid-rich biological substrate, b. suspending the product obtained in a, c. heating the suspension, d. enzymatic deactivation of the suspension, on the understanding that the term "biological" is in accordance with European Union Regulation (EC) 834/2007. a. milling said phytic acid-rich biological substrate, b. suspending the product obtained in a, c. heating the suspension, d. enzymatic deactivation of the suspension,
A combine harvester for reaping grains using a cutter and harvesting the grains, the combine harvester including a grain measuring device comprising: a reaping determination unit (11, 11', 11") configured to determine whether the combine harvester is in a state of reaping the grains based on a cutting position or a standby position of the cutter , a measurement unit disposed in a path of a conveyer between a storage and a thresher , and configured to measure an amount of protein contained in the kernels of the grains obtained after the threshing using measuring light with four different wavelengths, save a result of measurement when the reaping determination unit (11, 11', 11") determines that the combine harvester is in the state of reaping the grains, and discard unnecessary data measured when the combine harvester is not in the state of reaping grains, wherein the measurement unit is configured to measure the protein content of the kernels by sequentially irradiating the kernels passing through the conveyor with measuring light, receiving the reflected light, integrating, and averaging the amounts of the reflected light. a reaping determination unit (11, 11', 11") configured to determine whether the combine harvester is in a state of reaping the grains based on a cutting position or a standby position of the cutter , a measurement unit disposed in a path of a conveyer between a storage and a thresher , and configured to measure an amount of protein contained in the kernels of the grains obtained after the threshing using measuring light with four different wavelengths, save a result of measurement when the reaping determination unit (11, 11', 11") determines that the combine harvester is in the state of reaping the grains, and discard unnecessary data measured when the combine harvester is not in the state of reaping grains, wherein the measurement unit is configured to measure the protein content of the kernels by sequentially irradiating the kernels passing through the conveyor with measuring light, receiving the reflected light, integrating, and averaging the amounts of the reflected light.
Method for navigating a ground conveyor in a predetermined area comprising the following method steps: providing a map of the predetermined area with at least one permanent landmark ; entering a temporary landmark into the map when the temporary landmark is created, wherein the temporary landmark is a parked ground conveyor, a parked swap body, a parked trailer or a parked container; removing the temporary landmark from the map when the temporary landmark is removed; and navigating the ground conveyor in the predetermined area based on the map comprising the permanent landmark and the temporary landmark , wherein the step of entering the temporary landmark into the map when the temporary landmark is created, comprises: transmitting at least one geographic coordinate of the created temporary landmark to the map , characterized in that the step of transmitting the geographic coordinate of the created temporary landmark to the map is carried out by the created temporary landmark itself. providing a map of the predetermined area with at least one permanent landmark ; entering a temporary landmark into the map when the temporary landmark is created, wherein the temporary landmark is a parked ground conveyor, a parked swap body, a parked trailer or a parked container; removing the temporary landmark from the map when the temporary landmark is removed; and navigating the ground conveyor in the predetermined area based on the map comprising the permanent landmark and the temporary landmark , wherein the step of entering the temporary landmark into the map when the temporary landmark is created, comprises: transmitting at least one geographic coordinate of the created temporary landmark to the map , characterized in that the step of transmitting the geographic coordinate of the created temporary landmark to the map is carried out by the created temporary landmark itself. transmitting at least one geographic coordinate of the created temporary landmark to the map , characterized in that the step of transmitting the geographic coordinate of the created temporary landmark to the map is carried out by the created temporary landmark itself.
A method of making a negative electrode composition for a lithium ion battery, the method comprising: (a) making nanostructured alloy particles by a method comprising milling, in a pebble mill containing milling media, a millbase comprising: (i) silicon; and (ii) at least one of carbon or a transition metal, wherein the nanostructured alloy particles are free of crystalline domains greater than 50 nanometers in size; and (b) dispersing the nanostructured alloy particles in a polymeric binder to provide the negative electrode composition, wherein the pebble mill has a theoretical critical speed, characterized in that the pebble mill is rotated on a horizontal axis and the pebble mill has a rotational speed in a range of from 50 to 120 percent of the theoretical critical speed, wherein a volume ratio of the milling media to the millbase is greater than 5:1, wherein the millbase comprises ferrosilicon. (a) making nanostructured alloy particles by a method comprising milling, in a pebble mill containing milling media, a millbase comprising: (i) silicon; and (ii) at least one of carbon or a transition metal, wherein the nanostructured alloy particles are free of crystalline domains greater than 50 nanometers in size; and (i) silicon; and (ii) at least one of carbon or a transition metal, wherein the nanostructured alloy particles are free of crystalline domains greater than 50 nanometers in size; and (b) dispersing the nanostructured alloy particles in a polymeric binder to provide the negative electrode composition, wherein the pebble mill has a theoretical critical speed, characterized in that the pebble mill is rotated on a horizontal axis and the pebble mill has a rotational speed in a range of from 50 to 120 percent of the theoretical critical speed,
Shelf, comprising at least one vertically alignable longitudinal section , holding means attachable on the longitudinal section in any desired position and provided with clamping means, and, attachable on the holding means , bearing structures which are designed to bear shelf boards , cabinet elements or other shelf elements, which clamping means have clamping jaws , which are able to be tensioned with respect to one another via tensioning means, and the clamping jaws are pressable against clamping surfaces of the longitudinal section , characterized in that the clamping means are composed of a first plate-shaped basic body and a second plate-shaped basic body , on whose sides remote from one another the clamping jaws are installed, which plate-shaped basic bodies are disposed lying on top of one another and are displaceable toward one another in a guided way via guide means , and the clamping jaws are thereby able to be tensioned against lateral surfaces of the longitudinal section , and in that borne in a rotatable way in the first plate-shaped basic body is a rotational shaft or axis of an eccentric , and the eccentric body projects into a recess of the second plate-shaped basic body .