mhurhangee/patent-ind-claim-en huggingface dataset:
A ball screw comprising: a screw shaft , a spiral screw groove being formed on an outer peripheral surface of the screw shaft ; a nut disposed around the screw shaft , a spiral screw groove being formed on an inner peripheral surface of the nut ; a plurality of balls that are housed in rolling paths formed by the two screw grooves facing each other; and a circulation portion constituting a ball return path for circulating the plurality of balls in one turn or less of the rolling paths , characterized in that the ball return path of the circulation portion is formed so that when a lead is L, a ball diameter is Da, and a lead angle is β, a maximum inclination angle α of the ball return path satisfies any one of the following (c1) to (c3). α = 22.63 L / Da 2 − 32.17 L / Da + 27.00 − β ± 5 α = 5.86 L / Da 2 + 2.09 L / Da + 2.45 − β ± 5 α = 7.24 L / Da 2 − 23.65 L / Da + 44.83 − β ± 5 a screw shaft , a spiral screw groove being formed on an outer peripheral surface of the screw shaft ; a nut disposed around the screw shaft , a spiral screw groove being formed on an inner peripheral surface of the nut ; a plurality of balls that are housed in rolling paths formed by the two screw grooves facing each other; and a circulation portion constituting a ball return path for circulating the plurality of balls in one turn or less of the rolling paths , characterized in that the ball return path of the circulation portion is formed so that when a lead is L, a ball diameter is Da, and a lead angle is β, a maximum inclination angle α of the ball return path satisfies any one of the following (c1) to (c3). α = 22.63 L / Da 2 − 32.17 L / Da + 27.00 − β ± 5 α = 5.86 L / Da 2 + 2.09 L / Da + 2.45 − β ± 5 α = 7.24 L / Da 2 − 23.65 L / Da + 44.83 − β ± 5
A singulation conveyor comprising: a first roller of a first roller cross-sectional profile defined by a sleeve mounted around a circumference of the first roller and a dowel positioned between the sleeve and the first roller; and a second roller of a second roller cross-sectional profile different from the first roller cross-sectional profile, wherein the first roller and the second roller are configured to be rotated based on a first rotation pattern and a second rotation pattern, respectively, to cause singulation of a shingled item. a first roller of a first roller cross-sectional profile defined by a sleeve mounted around a circumference of the first roller and a dowel positioned between the sleeve and the first roller; and a second roller of a second roller cross-sectional profile different from the first roller cross-sectional profile, wherein the first roller and the second roller are configured to be rotated based on a first rotation pattern and a second rotation pattern, respectively, to cause singulation of a shingled item.
A racking system in which multiple storage positions are provided for individual storage boxes and in which one or more automated guided vehicles carry out automated placement, relocation and retrieval of storage boxes from storage positions in which they are located, the racking system comprising multiple vertical supports supporting multiple horizontal support beams extending between the vertical supports, the width of the horizontal support beams projecting outwards beyond the dimensions of the vertical supports in plan view so that automated guided vehicles can pass the vertical supports and each other; the racking system being arranged in horizontally extending layers comprising: storage layers in which said multiple storage positions are located; and transfer layers vertically juxtaposed with respect to the storage layers so that the storage layers and the transfer layers alternate; wherein automated guided vehicles are movable in at least two directions at right angles to each other in the transfer layers to place, relocate and retrieve boxes to and from storage positions in which they are located in the storage layers by vertical movement of the storage boxes into and out of storage positions in which a storage box is located above or below a transfer layer, and wherein storage guides for guiding storage boxes into and out of the storage positions are associated with the storage positions, wherein support arrangements for supporting the storage boxes in their storage positions are associated with the storage positions, wherein a storage box stored in a storage position in one storage layer positioned between two juxtaposed transfer layers is accessible by both an automated guided vehicle movable in a transfer layer above that storage layer as well as by an automated guided vehicle movable in a transfer layer below that storage layer such that a storage box stored in the one storage layer can be transferred from that storage layer through an automated guided vehicle to another storage layer and thence to an automated guided vehicle in a different transfer layer to effectively move the storage box vertically upwards or downwards through the racking system, the racking system being characterized in that , guide grooves are provided in a top surface of the horizontal support beams of the transfer layer and arcuate connecting grooves are provided at the intersections of the horizontal support beams of the transfer layer to define tracks along which the automated guided vehicles are movable.
Knife having a blade , wherein the blade has a cutting edge , which extends in a longitudinal direction of the blade , and has a knife back , which is situated opposite the cutting edge , and having a handle which is connected to the blade , wherein the handle , arranged above the knife back via a web , is rigidly connected to the blade in such a way that, with the blade positioned vertically, a vertical handle plane (G) formed through the central longitudinal axis of the handle is positioned in a laterally offset manner adjacent to a cutting plane (S) formed through the cutting edge , characterized in that the handle is arranged on the blade between the middle of the blade and the end region of the blade relative to the longitudinal direction of the blade .
A compound, having a structure according to formula II and salts and solvates thereof, wherein R 1 is a halogen atom, selected from chlorine, bromine and iodine, R 2 and R 3 is ―O-CH 3 , R 4 is -COOH, -C(O)OR 5 and ―C(O)NR 5 R 6 , and R 5 and R 6 are independently a hydrogen, a C 1 -C 4 -alkyl group, a C 2 -C 4 -alkenyl group, a C 2 -C 4 alkynyl group and a phenyl group. and salts and solvates thereof, wherein R 1 is a halogen atom, selected from chlorine, bromine and iodine, R 2 and R 3 is ―O-CH 3 , R 4 is -COOH, -C(O)OR 5 and ―C(O)NR 5 R 6 , and R 5 and R 6 are independently a hydrogen, a C 1 -C 4 -alkyl group, a C 2 -C 4 -alkenyl group, a C 2 -C 4 alkynyl group and a phenyl group.
A method for allocating resources by a terminal in a wireless communication system supporting carrier aggregation, the method comprising: receiving a configuration of a resource pool for signal transmission; sending, by a physical, PHY, layer, resource candidates corresponding to 20% of the resource pool within a selection window to the Medium Access Control, MAC, layer according to a sensing procedure and minimum sensing results of carriers other than a reference carrier in a subframe, wherein the reference carrier is a carrier selected based on a resource reservation interval length; selecting a reserved resource among the resource candidates by the MAC layer based on the minimum sensing results, by excluding a resource having an interference level lower than a threshold; based on a sum of powers of 3 messages exceeding a UE power limit, transmitting 2 messages among the 3 messages through different 2 carriers among the carriers in the subframe based on the reserved resource, wherein a sum of powers of the 2 messages does not exceed the UE power limit, wherein the 2 messages are selected as a message combination that can send most messages in the same subframe among message combinations of the 3 messages. receiving a configuration of a resource pool for signal transmission; sending, by a physical, PHY, layer, resource candidates corresponding to 20% of the resource pool within a selection window to the Medium Access Control, MAC, layer according to a sensing procedure and minimum sensing results of carriers other than a reference carrier in a subframe, wherein the reference carrier is a carrier selected based on a resource reservation interval length; selecting a reserved resource among the resource candidates by the MAC layer based on the minimum sensing results, by excluding a resource having an interference level lower than a threshold; based on a sum of powers of 3 messages exceeding a UE power limit, transmitting 2 messages among the 3 messages through different 2 carriers among the carriers in the subframe based on the reserved resource, wherein a sum of powers of the 2 messages does not exceed the UE power limit, wherein the 2 messages are selected as a message combination that can send most messages in the same subframe among message combinations of the 3 messages.
Vehicle for conveying an item , having: a storage device having a plurality of storage positions for items ; a receiving device for introducing the item into the vehicle , wherein the receiving device has a receiving opening and a pivotable conveyor element for conveying items , the pivotable conveyor element being able to be pivoted between a first position, in which the receiving opening is sealed by the pivotable conveyor element, and a second position, in which the receiving opening is open; a scanning device for scanning information about the introduced item ; a control device that is designed to take the scanned information as a basis for selecting a storage position from the plurality of storage positions , generating a control signal that corresponds to the selected storage position , and transmitting the generated control signal via a communication network; and a conveyor device that is designed to respond to the control signal by conveying the introduced item to the selected storage position . a storage device having a plurality of storage positions for items ; a receiving device for introducing the item into the vehicle , wherein the receiving device has a receiving opening and a pivotable conveyor element for conveying items , the pivotable conveyor element being able to be pivoted between a first position, in which the receiving opening is sealed by the pivotable conveyor element, and a second position, in which the receiving opening is open; a scanning device for scanning information about the introduced item ; a control device that is designed to take the scanned information as a basis for selecting a storage position from the plurality of storage positions , generating a control signal that corresponds to the selected storage position , and transmitting the generated control signal via a communication network; and a conveyor device that is designed to respond to the control signal by conveying the introduced item to the selected storage position .
Biometric image acquisition assembly comprising: - an illumination system for projecting light onto a target part of an individual, said illumination system comprising a light source configured so as to emit a light beam towards the target part in an illumination direction, said light beam having a spatial distribution of the light intensity thereof, - an image sensor configured so as to acquire images of a target illuminated by the illumination system, - processing means comprising a processor for analysing the images, characterised in that the illumination system comprises a compensation filter disposed in the illumination direction and suitable for compensating the spatial distribution of the light intensity emitted by the light source towards the target part wherein the compensation filter has a transparency with a spatial distribution that is inverted relative to the spatial distribution of the light intensity at the light beam emitted by the light source , such that the intensity of the light beam is homogenised by the passage thereof via the compensation filter . - an illumination system for projecting light onto a target part of an individual, said illumination system comprising a light source configured so as to emit a light beam towards the target part in an illumination direction, said light beam having a spatial distribution of the light intensity thereof, - an image sensor configured so as to acquire images of a target illuminated by the illumination system, - processing means comprising a processor for analysing the images,
A binding machine comprising: a wire feeding unit configured to feed a plurality of wires (W) to be wound on an object to be bound; a cutting unit configured to cut the plurality of wires wound on the object to be bound; and a binding unit configured to twist the plurality of wires wound on the object to be bound, wherein the cutting unit comprises a pair of blade parts configured to interpose the plurality of wires therebetween and cut said plurality of wires, one or both of the pair of blade parts comprises a delay part (602A1) which is configured to delay cutting a part of the plurality of wires as compared to a remaining part of said plurality of wires, characterized in that the blade parts is capable of cutting said plurality of wires, the delay part (602A1) is configured to delay cutting at least one wire of the plurality of wires as compared to the other wires, and the delay part (602A1) has a concave part recessed in a cutting direction of the blade parts and configured to delay cutting at least one wire of the plurality of wires interposed between the pair of blade parts. a wire feeding unit configured to feed a plurality of wires (W) to be wound on an object to be bound; a cutting unit configured to cut the plurality of wires wound on the object to be bound; and a binding unit configured to twist the plurality of wires wound on the object to be bound, wherein the cutting unit comprises a pair of blade parts configured to interpose the plurality of wires therebetween and cut said plurality of wires, one or both of the pair of blade parts comprises a delay part (602A1) which is configured to delay cutting a part of the plurality of wires as compared to a remaining part of said plurality of wires, characterized in that the blade parts is capable of cutting said plurality of wires, the delay part (602A1) is configured to delay cutting at least one wire of the plurality of wires as compared to the other wires, and the delay part (602A1) has a concave part recessed in a cutting direction of the blade parts and configured to delay cutting at least one wire of the plurality of wires interposed between the pair of blade parts.
A crowning method applied to a press brake (1; 1A; 1B; 1C; 1D; 1E; 1F) comprising an upper table and a lower table as being vertically opposed to each other and comprising first slits opened in right and left directions on both right and left sides of the lower table , the crowning method comprising: deforming end sides of upper portions of the first slits of the lower table to carry out a crowning regulation, wherein the lower table comprises deformation means (15; 15A; 15C) between the upper portions and lower portions of the first slits , the crowning method characterized by: causing a deformation in the upper portions upward by means of the deformation means (15; 15A; 15C). deforming end sides of upper portions of the first slits of the lower table to carry out a crowning regulation, wherein the lower table comprises deformation means (15; 15A; 15C) between the upper portions and lower portions of the first slits , the crowning method characterized by: causing a deformation in the upper portions upward by means of the deformation means (15; 15A; 15C).
A particle characterisation apparatus comprising: a light source for illuminating a sample with a light beam, defining an illumination optical path , by which the light beam reaches the sample from the light source ; a detector arranged to detect scattered light from the interaction of the light beam with the sample, and defining a detection optical path , by which the scattered light reaches the detector ; and a focus tuneable lens arranged to collect the scattered light for the detector from a scattering volume and/or to direct the light beam into the sample, wherein the apparatus is arranged so that adjustment of the focal length of the focus tuneable lens results in a change in the location of the scattering volume without a change in the angle between the illumination and detection optical paths ; and characterised in that the focus tuneable lens comprises an optical axis, and the detection optical path at incidence with the focus tuneable lens is at a first, non-zero, angle to the optical axis and/or the illumination optical path at incidence with the focus tuneable lens is at a second, non-zero, angle to the optical axis. a light source for illuminating a sample with a light beam, defining an illumination optical path , by which the light beam reaches the sample from the light source ; a detector arranged to detect scattered light from the interaction of the light beam with the sample, and defining a detection optical path , by which the scattered light reaches the detector ; and a focus tuneable lens arranged to collect the scattered light for the detector from a scattering volume and/or to direct the light beam into the sample, wherein the apparatus is arranged so that adjustment of the focal length of the focus tuneable lens results in a change in the location of the scattering volume without a change in the angle between the illumination and detection optical paths ; and characterised in that the focus tuneable lens comprises an optical axis, and the detection optical path at incidence with the focus tuneable lens is at a first, non-zero, angle to the optical axis and/or the illumination optical path at incidence with the focus tuneable lens is at a second, non-zero, angle to the optical axis.
Composition comprising a mixture of Apo-transferrin (Apo-Tf) and Holo-transferrin (Holo-Tf) for use in a method of organ transplantation, the method comprising treating an organ in preparation for transplantation into a human, wherein said organ is the kidney, and wherein said mixture has a percentage ratio between 99:1 and 30:70 (ApoTf:HoloTf).
A connecting structure comprising a multilayer tube , particularly for chemical and food-related fluids, and a tubular connecting portion , said multilayer tube comprising, in succession from the inside outward: - a first layer constituted by a tubular sheath that is externally corrugated in a screw-like manner and which defines a duct for the fluid, - at least one second layer , which is shaped internally like a female thread and is coupled mechanically to the first layer through the interaction of the threading, and said tubular connecting portion comprising: - a tubular connecting element which is internally and externally threaded and is inserted at a corresponding end between said first layer and said at least one second layer via screwing. - a first layer constituted by a tubular sheath that is externally corrugated in a screw-like manner and which defines a duct for the fluid, - at least one second layer , which is shaped internally like a female thread and is coupled mechanically to the first layer through the interaction of the threading, - a tubular connecting element which is internally and externally threaded and is inserted at a corresponding end between said first layer and said at least one second layer via screwing.
Slide rail for a door drive, in particular for a door closer, having a slide rail profile for a sliding block of the door drive, and at least one fastening piece which has an assembly portion and a pin that projects from the assembly portion , wherein the pin is insertable into an end side of the slide rail profile , and the slide rail profile by way of the assembly portion is able to be fastened to an assembly location, in particular a wall, a ceiling, a door frame or a door leaf, wherein provided is a fixing element which is held on the pin of the fastening piece and, conjointly with the pin , is insertable into the end side of the slide rail profile , wherein, when being inserted into the end side of the slide rail profile , the fixing element automatically clamps the pin of the fastening piece in a force-fitting manner in the slide rail profile , characterized in that the fixing element is formed separately from the slide rail profile and from the fastening piece .
A system comprising: a printer ; and a verifier coupled to the printer , the verifier including an image scanning system configured to verify a print quality of a barcode image printed by the printer , wherein one or more elements of the verifier are configured to have a handshake arrangement with one or more elements of the printer via a communication cable comprising a plurality of communication links when verifying the print quality of the barcode image , wherein the handshake arrangement comprises one or more handshake signals propagated between the verifier and the printer , via the communication cable , for optimization of one or more operational factors, wherein the printer comprises a print feed motor and a command and control system , the command and control system being configured to control the print feed motor using one or more control signals generated based on the one or more handshake signals, and characterized in that , upon detecting at least one defect in the print quality of the barcode image , the image scanning system is configured to generate a handshake signal that is propagated via one communication link of the plurality communication links to the print motor to stop printing any additional barcode images. a printer ; and a verifier coupled to the printer , the verifier including an image scanning system configured to verify a print quality of a barcode image printed by the printer , wherein one or more elements of the verifier are configured to have a handshake arrangement with one or more elements of the printer via a communication cable comprising a plurality of communication links when verifying the print quality of the barcode image , wherein the handshake arrangement comprises one or more handshake signals propagated between the verifier and the printer , via the communication cable , for optimization of one or more operational factors, wherein the printer comprises a print feed motor and a command and control system , the command and control system being configured to control the print feed motor using one or more control signals generated based on the one or more handshake signals, and characterized in that , upon detecting at least one defect in the print quality of the barcode image , the image scanning system is configured to generate a handshake signal that is propagated via one communication link of the plurality communication links to the print motor to stop printing any additional barcode images.