mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a cabinet comprising a storage compartment having an open front side; a drawer provided in the storage compartment so as to be dischargeable and comprising a pair of first roller units provided on a rear end portion of opposite side surfaces of the drawer and a guide rib provided on a side surface of the drawer and configured to extend in a discharge direction; a second roller unit provided on a front end portion of the storage compartment and configured to movably support a bottom surface of the guide rib ; a first roller guide provided on each of opposite side surfaces of the storage compartment and configured to provide a movement path of the first roller units ; and a movable support unit provided in the storage compartment so as to be discharged together with the drawer and disposed under the drawer so as to support a weight of the drawer that is discharged, wherein the bottom surface of the guide rib comprises a first slope (A-1) configured to be inclined rearward and downward from a front end of the drawer , and comprises a second slope (B) configured to be inclined rearward and upward from the first slope (A-1), so that the second slope (B) is inclined in an opposite direction than the first slope (A-1), and wherein the first roller guide comprises a rear end portion (A-2) configured to be inclined rearward and downward so as to correspond to an inclination angle of the first slope (A-1). a cabinet comprising a storage compartment having an open front side; a drawer provided in the storage compartment so as to be dischargeable and comprising a pair of first roller units provided on a rear end portion of opposite side surfaces of the drawer and a guide rib provided on a side surface of the drawer and configured to extend in a discharge direction; a second roller unit provided on a front end portion of the storage compartment and configured to movably support a bottom surface of the guide rib ; a first roller guide provided on each of opposite side surfaces of the storage compartment and configured to provide a movement path of the first roller units ; and a movable support unit provided in the storage compartment so as to be discharged together with the drawer and disposed under the drawer so as to support a weight of the drawer that is discharged, wherein the bottom surface of the guide rib comprises a first slope (A-1) configured to be inclined rearward and downward from a front end of the drawer , and comprises a second slope (B) configured to be inclined rearward and upward from the first slope (A-1), so that the second slope (B) is inclined in an opposite direction than the first slope (A-1), and wherein the first roller guide comprises a rear end portion (A-2) configured to be inclined rearward and downward so as to correspond to an inclination angle of the first slope (A-1).
Self-locking device for driving a footboard of a transport vehicle, particularly of the train, tramway, underground, bus or also trolleybus type, said footboard comprising a step defining a bearing surface for the foot of a user, this step being movable between an extreme upper position, or raised position, wherein it abuts substantially against the body shell of the vehicle, and an extreme lower position, or lowered position, wherein it makes it possible for a user to put weight on the bearing surface, this driving device comprising a rotary motor a transmission assembly capable of being moved under the effect of the rotation of the motor and capable of activating the movement of the step this driving device being characterised in that said transmission assembly is provided with elastically deformable means , making it possible for said transmission assembly to occupy a locked position when the step occupies said extreme upper position, said locked position not requiring an angular overtravel preceding the step. this driving device comprising a rotary motor a transmission assembly capable of being moved under the effect of the rotation of the motor and capable of activating the movement of the step this driving device being characterised in that said transmission assembly is provided with elastically deformable means , making it possible for said transmission assembly to occupy a locked position when the step occupies said extreme upper position, said locked position not requiring an angular overtravel preceding the step.
Solid electrolyte cell , characterized in that at least one reference electrode is embedded in an electrolyte solid body of the solid electrolyte cell , wherein a reaction region of the reference electrode is connected to the electrolyte solid body for the conduction of ions and is electrically insulated from a working electrode of the solid electrolyte cell .
A method of modifying B4GALNT3 and B4GALNT4 in a cell via CRISPR/Cas, wherein the cell has at least three alleles of B4GALNT3 and/or B4GALNT4 , and wherein modifying B4GALNT3 and B4GALNT4 via CRISPR/Cas eliminates GalNAc residues within N-glycans in proteins expressed by the cell. wherein the cell has at least three alleles of B4GALNT3 and/or B4GALNT4 , and wherein modifying B4GALNT3 and B4GALNT4 via CRISPR/Cas eliminates GalNAc residues within N-glycans in proteins expressed by the cell.
A system comprising a standalone type reel holding device and a main-body-side reel holding section , wherein the standalone type reel holding device is configured to be set separately to a component mounter provided with a component supply device , the component supply device including multiple feeder devices configured to sequentially supply multiple components by feeding carrier tape (CT) in which the multiple components are held and the main-body-side reel holding section configured to hold multiple tape reels (TR) around which are wound the carrier tapes (CT) in a rotatable and exchangeable manner, the main-body-side reel holding section being provided separately to or integrated with the feeder device , and the standalone type reel holding device includes reel storage sections which are each configured to hold separately-located tape reels (TR) different to the tape reels (TR) held by the main-body-side reel holding section in a rotatable and exchangeable manner, and is configured to supply the carrier tapes (CT) wound on the separately-located tape reels (TR) to the same feeder devices as the main-body-side reel holding section .
A system, comprising: an intra-vascular support device having a length direction, for positioning against a vessel wall in use, with its length direction aligned with a vessel direction; a sensor device mounted to the intra-vascular support device , and projecting from the intra-vascular support device into a vessel content, the sensor device consisting of a deformable part that is mounted to the intra-vascular support device such that when a flowing medium flows along the support device , the deformable part at least partly extends perpendicularly to the length direction of the intra-vascular support device into the flowing medium, the sensor device being adapted to generate a sensor signal which is dependent on a deformation or deformability of the deformable part; and a controller adapted to: receive the sensor signal; and determine from the received sensor signal an indication of a thickness of a bio-layer formation on the intravascular support device ; determine a length of the deformable part of the sensor device at a desired time based on determining a resonant frequency of the sensor device ; wherein the indication of a thickness of the bio-layer is derived from the determined length. an intra-vascular support device having a length direction, for positioning against a vessel wall in use, with its length direction aligned with a vessel direction; a sensor device mounted to the intra-vascular support device , and projecting from the intra-vascular support device into a vessel content, the sensor device consisting of a deformable part that is mounted to the intra-vascular support device such that when a flowing medium flows along the support device , the deformable part at least partly extends perpendicularly to the length direction of the intra-vascular support device into the flowing medium, the sensor device being adapted to generate a sensor signal which is dependent on a deformation or deformability of the deformable part; and a controller adapted to: receive the sensor signal; and determine from the received sensor signal an indication of a thickness of a bio-layer formation on the intravascular support device ; determine a length of the deformable part of the sensor device at a desired time based on determining a resonant frequency of the sensor device ; receive the sensor signal; and determine from the received sensor signal an indication of a thickness of a bio-layer formation on the intravascular support device ; determine a length of the deformable part of the sensor device at a desired time based on determining a resonant frequency of the sensor device ; wherein the indication of a thickness of the bio-layer is derived from the determined length.
A method of processing an audio signal, comprising: receiving an audio signal; for a time segment of the audio signal, analyzing the time segment of the audio signal to determine whether the time segment of the audio signal includes a sparse transient signal or a dense transient signal; and companding the time segment of the audio signal based on a result of the determination; and outputting the companded time segment of the audio signal, wherein companding the time segment of the audio signal comprises compressing or expanding a dynamic range of the time segment of the audio signal based on a companding exponent; wherein a first companding exponent, having one value of a set of predetermined values, is used in the companding if it is determined that the time segment of the audio signal includes the sparse transient signal; and wherein a second companding exponent, having a different value of the set of predetermined values, is used in the companding if it is determined that the time segment of the audio signal includes the dense transient signal, wherein the second companding exponent corresponds to a higher degree of dynamic range compression or expansion than the first companding exponent, and/or wherein the second companding exponent is lower in value than the first companding exponent. receiving an audio signal; for a time segment of the audio signal, analyzing the time segment of the audio signal to determine whether the time segment of the audio signal includes a sparse transient signal or a dense transient signal; and companding the time segment of the audio signal based on a result of the determination; and outputting the companded time segment of the audio signal, wherein companding the time segment of the audio signal comprises compressing or expanding a dynamic range of the time segment of the audio signal based on a companding exponent; wherein a first companding exponent, having one value of a set of predetermined values, is used in the companding if it is determined that the time segment of the audio signal includes the sparse transient signal; and wherein a second companding exponent, having a different value of the set of predetermined values, is used in the companding if it is determined that the time segment of the audio signal includes the dense transient signal, wherein the second companding exponent corresponds to a higher degree of dynamic range compression or expansion than the first companding exponent, and/or wherein the second companding exponent is lower in value than the first companding exponent.
A process for producing precipitated calcium carbonate, the process comprising the steps of: a) providing an aqueous slurry of calcium hydroxide; b) adding a polysaccharide to the slurry of calcium hydroxide; and c) carbonating the slurry of calcium hydroxide; wherein the polysaccharide comprises: i) poly alpha-1,3-glucan; ii) a poly alpha-1,3-glucan ester compound represented by Structure I: wherein (A) n is at least 6, (B) each R is independently an -H or a first group comprising -CO-C x -COOH, wherein the -C x - portion of said first group comprises a chain of 2 to 6 carbon atoms, and (C) the compound has a degree of substitution with the first group of 0.001 to 3; iii) a poly alpha-1,3-glucan ether compound represented by Structure II: wherein (D) n is at least 6, (E) each R is independently an H or an organic group, and (F) the ether compound has a degree of substitution of 0.001 to 3; or iv) a poly alpha-1,3-glucan ether compound represented by Structure III: wherein (G) n is at least 6, (H) each R is independently an H or a positively charged organic group, and (J) the compound has a degree of substitution of 0.001 to 3.0. a) providing an aqueous slurry of calcium hydroxide; b) adding a polysaccharide to the slurry of calcium hydroxide; and c) carbonating the slurry of calcium hydroxide; i) poly alpha-1,3-glucan; ii) a poly alpha-1,3-glucan ester compound represented by Structure I: wherein (A) n is at least 6, (B) each R is independently an -H or a first group comprising -CO-C x -COOH, wherein the -C x - portion of said first group comprises a chain of 2 to 6 carbon atoms, and (C) the compound has a degree of substitution with the first group of 0.001 to 3; (A) n is at least 6, (B) each R is independently an -H or a first group comprising -CO-C x -COOH, wherein the -C x - portion of said first group comprises a chain of 2 to 6 carbon atoms, and (C) the compound has a degree of substitution with the first group of 0.001 to 3; iii) a poly alpha-1,3-glucan ether compound represented by Structure II: wherein (D) n is at least 6, (E) each R is independently an H or an organic group, and (F) the ether compound has a degree of substitution of 0.001 to 3; or (D) n is at least 6, (E) each R is independently an H or an organic group, and (F) the ether compound has a degree of substitution of 0.001 to 3; or iv) a poly alpha-1,3-glucan ether compound represented by Structure III: wherein (G) n is at least 6, (H) each R is independently an H or a positively charged organic group, and (J) the compound has a degree of substitution of 0.001 to 3.0. (G) n is at least 6, (H) each R is independently an H or a positively charged organic group, and (J) the compound has a degree of substitution of 0.001 to 3.0.
Locking mechanism for a ball coupling which can be attached to a vehicle which is provided with two guide grooves, the locking mechanism having the following: a main body with two parallel guide faces which can be inserted into the two parallel guide grooves, in order to be displaceable therein along an adjustment axis (X) ; a locking pin which can be displaced relative to the main body along the pin longitudinal axis (Y), it being possible for the locking pin to be inserted into a locking opening which is provided in the one guide groove, with the result that it prevents a relative movement in the direction of the adjustment axis (X) between the one guide groove and the corresponding one guide face ; and a control body which can be rotated about a rotational axis (Z) and is coupled to the locking pin in such a way that a rotation of the control body brings about a displacement of the locking pin ; it being possible for the control body to be rotated between a locked position, in which the locking pin is inserted in the locking opening, and an unlocked position, in which the locking pin is not inserted in the locking opening, it being possible for a handle which is provided on the control body to be displaced between a starting position and a release position in a plane which is parallel to a side face of the control body , characterized in that the handle prevents the rotation of the control body in the starting position; and the handle makes the rotation of the control body possible in the release position. a main body with two parallel guide faces which can be inserted into the two parallel guide grooves, in order to be displaceable therein along an adjustment axis (X) ; a locking pin which can be displaced relative to the main body along the pin longitudinal axis (Y), it being possible for the locking pin to be inserted into a locking opening which is provided in the one guide groove, with the result that it prevents a relative movement in the direction of the adjustment axis (X) between the one guide groove and the corresponding one guide face ; and a control body which can be rotated about a rotational axis (Z) and is coupled to the locking pin in such a way that a rotation of the control body brings about a displacement of the locking pin ; it being possible for the control body to be rotated between a locked position, in which the locking pin is inserted in the locking opening, and an unlocked position, in which the locking pin is not inserted in the locking opening, it being possible for a handle which is provided on the control body to be displaced between a starting position and a release position in a plane which is parallel to a side face of the control body , characterized in that the handle prevents the rotation of the control body in the starting position; and the handle makes the rotation of the control body possible in the release position. the handle prevents the rotation of the control body in the starting position; and the handle makes the rotation of the control body possible in the release position.
A yoke device for a horse having a neck, a chest, at least one shoulder, and at least one scapula, said yoke device comprising: a material having a "Y" shape and having a belly end , a withers end , and a main body portion ; wherein said withers end comprises a pair of elongate strips splaying outwardly from a central point disposed within said main body portion and forming a neck opening therebetween, said pair of elongate strips configured to circumscribe said neck of said horse when said pair of elongate strips are disposed about said neck of said horse; wherein said main body portion is configured to overlap said chest of said horse when said main body portion of said yoke device is disposed in overlapping engagement with said chest of said horse, characterized in that the yoke device further comprises width adjustment devices disposed upon said main body portion , each of said width adjustment devices adjusting a width (W) of said main body portion . a material having a "Y" shape and having a belly end , a withers end , and a main body portion ; wherein said withers end comprises a pair of elongate strips splaying outwardly from a central point disposed within said main body portion and forming a neck opening therebetween, said pair of elongate strips configured to circumscribe said neck of said horse when said pair of elongate strips are disposed about said neck of said horse; wherein said main body portion is configured to overlap said chest of said horse when said main body portion of said yoke device is disposed in overlapping engagement with said chest of said horse, characterized in that the yoke device further comprises width adjustment devices disposed upon said main body portion , each of said width adjustment devices adjusting a width (W) of said main body portion .
A printed circuit board , comprising a device for modulating a physical property of a light beam in response to an electrical signal integrated on it, the device for modulating a physical property of a light beam comprising: at least one light modulating element capable of modulating the physical property of the light beam in response to an electrical signal and an enclosure enclosing the at least one light modulating element , wherein the enclosure is configured to be integrated on the printed circuit board , and characterized in that the light modulating element comprises a bulk crystal formed as a separate single-piece free-space crystal. at least one light modulating element capable of modulating the physical property of the light beam in response to an electrical signal and an enclosure enclosing the at least one light modulating element , wherein the enclosure is configured to be integrated on the printed circuit board , and characterized in that the light modulating element comprises a bulk crystal formed as a separate single-piece free-space crystal.
A Radio Frequency Identification, RFID, tag , comprising: an antenna to receive an input AC signal; a processing system coupled with the antenna to optimize signal strength of the input AC signal; a charge pump coupled with the antenna and configured to convert the AC signal to a direct current, DC, signal; characterized in that the RFID tag further comprises: an envelope detector to measure peak voltage of the input AC signal; a further detector to compare an output of the charge pump and an output of the envelope detector and the further detector is configured to send a signal to the processing system to indicate a change in the signal strength. an antenna to receive an input AC signal; a processing system coupled with the antenna to optimize signal strength of the input AC signal; a charge pump coupled with the antenna and configured to convert the AC signal to a direct current, DC, signal; characterized in that the RFID tag further comprises: an envelope detector to measure peak voltage of the input AC signal; a further detector to compare an output of the charge pump and an output of the envelope detector and the further detector is configured to send a signal to the processing system to indicate a change in the signal strength. an envelope detector to measure peak voltage of the input AC signal; a further detector to compare an output of the charge pump and an output of the envelope detector and the further detector is configured to send a signal to the processing system to indicate a change in the signal strength.
A method , the method comprising: receiving , by an electronic device, a resource configuration for grant-free, GF, transmissions, wherein the resource configuration comprises a periodicity parameter P, a repetition number K, and a sequence of redundancy version, RV, numbers corresponding to one or more RV types, the periodicity parameter P defines a period having K transmission occasions, TOs, and each of the K TOs is associated with one RV number in the sequence of RV numbers, wherein a size of the sequence of RV numbers is 4, an n-th TO of the K TOs is associated with an (n mod 4)-th RV number in the sequence of RV numbers, n is an integer greater than or equal to 0, and n is less than or equal to K-1; and performing , by the electronic device, an initial GF transmission of data in any one of the TO of the K TOs in the period defined by the periodicity parameter P, upon traffic arrival; wherein the sequence of RV numbers comprises , 0 in the sequence corresponding to RV0, and 3 in the sequence corresponding to RV3, being RV0 and RV3 self-decodable. receiving , by an electronic device, a resource configuration for grant-free, GF, transmissions, wherein the resource configuration comprises a periodicity parameter P, a repetition number K, and a sequence of redundancy version, RV, numbers corresponding to one or more RV types, the periodicity parameter P defines a period having K transmission occasions, TOs, and each of the K TOs is associated with one RV number in the sequence of RV numbers, wherein a size of the sequence of RV numbers is 4, an n-th TO of the K TOs is associated with an (n mod 4)-th RV number in the sequence of RV numbers, n is an integer greater than or equal to 0, and n is less than or equal to K-1; and performing , by the electronic device, an initial GF transmission of data in any one of the TO of the K TOs in the period defined by the periodicity parameter P, upon traffic arrival; wherein the sequence of RV numbers comprises , 0 in the sequence corresponding to RV0, and 3 in the sequence corresponding to RV3, being RV0 and RV3 self-decodable.