mhurhangee/patent-ind-claim-en huggingface dataset:
Calibration device for dynamometric tools, such as a torque wrench (C) for tightening, comprising a sliding mechanical structure associated with a frame of a test bench (B), adapted to impart a force and a controlled rotation in a dynamometric tool, said dynamometric tool having its clamping tool head (T) engaged in a brake (F) placed on the bench (B), configured to simulate a clamping of a bolt, said mechanical structure comprises a pair of longitudinal bars connected to said bench, on which at least one guide is mounted transversely, on this guide there is a support adapted to slide by means of movement means in the transverse direction (Y ) and is provided with constraint means for the dynamometric tool body, so that the dynamometric tool is pivoted on the brake (F) with its tool head (T) and is adapted to rotate to simulate a tightening of the brake (F) when the support is moved along this guide . characterized in that said means for constraining the tool body to the support comprise a slide to which the handle (I) of the dynamometric tool is fixed, adapted to slide longitudinally along a cursor on which the dynamometric tool is superimposed so that the cursor acts as a base for it, said cursor at one of its ends is pivoted on the brake fulcrum (F) and is adapted to rotate around it, said cursor being constrained to the support , so that the support is adapted to allow the cursor and the tool to rotate together, in a way to the force applied to the tool is always arranged in a direction tangential to the curved trajectory carried out by the handle of the tool itself. said mechanical structure comprises a pair of longitudinal bars connected to said bench, on which at least one guide is mounted transversely, on this guide there is a support adapted to slide by means of movement means in the transverse direction (Y ) and is provided with constraint means for the dynamometric tool body, so that the dynamometric tool is pivoted on the brake (F) with its tool head (T) and is adapted to rotate to simulate a tightening of the brake (F) when the support is moved along this guide . characterized in that said means for constraining the tool body to the support comprise a slide to which the handle (I) of the dynamometric tool is fixed, adapted to slide longitudinally along a cursor on which the dynamometric tool is superimposed so that the cursor acts as a base for it, said cursor at one of its ends is pivoted on the brake fulcrum (F) and is adapted to rotate around it, said cursor being constrained to the support , so that the support is adapted to allow the cursor and the tool to rotate together, in a way to the force applied to the tool is always arranged in a direction tangential to the curved trajectory carried out by the handle of the tool itself.
A separator for separating waste from product in a pre-cut substrate, characterized in that the apparatus comprises: an inlet feeder for feeding a pre-cut substrate into the separator along a plane that defines a material path in a material feed direction (A), the pre-cut substrate comprising one or more cut lines that define a boundary between product and waste ; a separation edge disposed in a location downstream of the inlet feeder along the material path and defining a line positioned below the plane of the material path, a plurality of tools including at least a plurality of punch tools disposed above the plane of the material path, upstream of the separation edge, each tool having a tool actuator, each punch tool having a punch tool actuator configured to position the punch tool in an extended configuration in which a contact end of the punch tool is disposed below the separation edge, and a retracted configuration in which the contact end of the punch tool is disposed above the plane of the material path; and a controller configured to command each punch tool actuator to position the corresponding punch tool contact end synchronized with the position of the pre-cut substrate relative thereto to cause separation of the waste from the product at the separation edge. an inlet feeder for feeding a pre-cut substrate into the separator along a plane that defines a material path in a material feed direction (A), the pre-cut substrate comprising one or more cut lines that define a boundary between product and waste ; a separation edge disposed in a location downstream of the inlet feeder along the material path and defining a line positioned below the plane of the material path, a plurality of tools including at least a plurality of punch tools disposed above the plane of the material path, upstream of the separation edge, each tool having a tool actuator, each punch tool having a punch tool actuator configured to position the punch tool in an extended configuration in which a contact end of the punch tool is disposed below the separation edge, and a retracted configuration in which the contact end of the punch tool is disposed above the plane of the material path; and a controller configured to command each punch tool actuator to position the corresponding punch tool contact end synchronized with the position of the pre-cut substrate relative thereto to cause separation of the waste from the product at the separation edge.
Method for determining collective environment information, in particular for cooperative and/or autonomous driving, in which - a reporting vehicle (FZ2), which is equipped with a communication module and environment observation means , sends a request to a vehicle (FZ1) by radio on a call channel provided therefor if the environment observation means have detected the vehicle (FZ1) in a relevant area, and identifies the vehicle (FZ1) as a vehicle not equipped with a communication module if there is no response thereto; - the reporting vehicle (FZ2) produces a report about the detected vehicle (FZ1) not equipped with a communication module , the unequipped vehicle (FZ1) being assigned a unique identification and this identification being added to the report, and sends the report to other vehicles (FZ3, FZ4) situated in the relevant area ; - the other vehicles (FZ3, FZ4, FZ5) that receive the report return an acknowledgement message to the reporting vehicle (FZ2) and do not themselves send a report of their own about the unequipped vehicle (FZ1); - the reporting vehicle (FZ2) sends a deregistration message to the other vehicles (FZ3, FZ4, FZ5) when it leaves the relevant area; and - a vehicle that itself detects the unequipped vehicle (FZ1) and has received a deregistration message from the reporting vehicle (FZ2) continues the reporting about the unequipped vehicle (FZ1) , continuing to use the previously allocated unique identification of the unequipped vehicle (FZ1) . - a reporting vehicle (FZ2), which is equipped with a communication module and environment observation means , sends a request to a vehicle (FZ1) by radio on a call channel provided therefor if the environment observation means have detected the vehicle (FZ1) in a relevant area, and identifies the vehicle (FZ1) as a vehicle not equipped with a communication module if there is no response thereto; - the reporting vehicle (FZ2) produces a report about the detected vehicle (FZ1) not equipped with a communication module , the unequipped vehicle (FZ1) being assigned a unique identification and this identification being added to the report, and sends the report to other vehicles (FZ3, FZ4) situated in the relevant area ; - the other vehicles (FZ3, FZ4, FZ5) that receive the report return an acknowledgement message to the reporting vehicle (FZ2) and do not themselves send a report of their own about the unequipped vehicle (FZ1); - the reporting vehicle (FZ2) sends a deregistration message to the other vehicles (FZ3, FZ4, FZ5) when it leaves the relevant area; and - a vehicle that itself detects the unequipped vehicle (FZ1) and has received a deregistration message from the reporting vehicle (FZ2) continues the reporting about the unequipped vehicle (FZ1) , continuing to use the previously allocated unique identification of the unequipped vehicle (FZ1) .
A hairbrush comprising a handle and a brush head, which comprises a plurality of bristles projecting from an upper surface thereof; the brush head comprising a base in communication with said handle and an orifice plate detachably mounted on said base and having a plurality of holes; wherein the bristles pass through the holes of the orifice plate ; wherein the bristles are attached to a bristle pad received between the base and the orifice plate ; wherein the base is formed in two parts and comprises a first frame , which is connected to the handle and forms at least the lower part of the receiving recess, and a second frame , which is placed on the first frame and forms at least the upper stop for the bristle pad ; wherein the orifice plate is detachably mounted to the upper frame of the base, such that the orifice plate can be completely removed from the base; wherein the bristle pad is rigid and the bristles are arranged on the bristle pad so as to be parallel to each other; and wherein the base has a receiving recess, in which the bristle pad is received and biased against an upper stop by an elastic element , characterized in that the elastic element is a cushion , which is arranged below the bristle pad in the receiving recess. the brush head comprising a base in communication with said handle and an orifice plate detachably mounted on said base and having a plurality of holes; wherein the bristles pass through the holes of the orifice plate ; wherein the bristles are attached to a bristle pad received between the base and the orifice plate ; wherein the base is formed in two parts and comprises a first frame , which is connected to the handle and forms at least the lower part of the receiving recess, and a second frame , which is placed on the first frame and forms at least the upper stop for the bristle pad ; wherein the orifice plate is detachably mounted to the upper frame of the base, such that the orifice plate can be completely removed from the base; wherein the bristle pad is rigid and the bristles are arranged on the bristle pad so as to be parallel to each other; and wherein the base has a receiving recess, in which the bristle pad is received and biased against an upper stop by an elastic element ,
A swellable infill composition, comprising: 10 to 50 weight percent of a polyolefin elastomer; 5 to 20 weight percent of a hydrophobic plasticizer; 1 to 10 weight percent of a co-plasticizer having a hydrophilic-lipophilic balance value of greater than or equal to 6 as determined using the method defined in the description; 5 to 40 weight percent of an organic absorbent material; and optionally, 10 to 65 weight percent of an inorganic absorbent material; wherein weight percent is based on the total weight percent of materials present in the composition. 10 to 50 weight percent of a polyolefin elastomer; 5 to 20 weight percent of a hydrophobic plasticizer; 1 to 10 weight percent of a co-plasticizer having a hydrophilic-lipophilic balance value of greater than or equal to 6 as determined using the method defined in the description; 5 to 40 weight percent of an organic absorbent material; and optionally, 10 to 65 weight percent of an inorganic absorbent material; wherein weight percent is based on the total weight percent of materials present in the composition.
A method, performed by a terminal, of transmitting or receiving a signal, the method comprising: receiving downlink control information regarding at least one transport blocks (TB) in a physical downlink shared channel (PDSCH); determining a sum of a number of bits in TBs transmitted in a slot of each serving cell among configured serving cells, based on the downlink control information; determining a data rate of the each serving cell based on dividing the sum of the number of the bits of the each serving cell by length of the slot of the each serving cell; determining total data rate for the configured serving cells based on summation of the data rate of the each serving cell; and determining whether to handle PDSCH transmission in the slot of said each serving cell, based on a result of a comparison between maximum data rate of the terminal and the determined total data rate. receiving downlink control information regarding at least one transport blocks (TB) in a physical downlink shared channel (PDSCH); determining a sum of a number of bits in TBs transmitted in a slot of each serving cell among configured serving cells, based on the downlink control information; determining a data rate of the each serving cell based on dividing the sum of the number of the bits of the each serving cell by length of the slot of the each serving cell; determining total data rate for the configured serving cells based on summation of the data rate of the each serving cell; and determining whether to handle PDSCH transmission in the slot of said each serving cell, based on a result of a comparison between maximum data rate of the terminal and the determined total data rate.
A reconfigurable mobile device comprising: a first body ; a second body that is disposed at a side of the first body and is movable with respect to the first body ; a multistage supporter that is provided between the first body and the second body and comprises at least two supporting members that are inserted and received in at least one of the first body and the second body according to movement of the first body and the second body ; a screen (40, 40', 400', 400") that is provided in the multistage supporter and is wound or unwound according to the movement of the first body and the second body ; and a projector that is provided in at least one of the first body and the second body and is configured to project an image toward the screen , and characterized in that the at least two supporting members are configured to be inserted into each other, and when a side surface of the first body and a side surface of the second body are in contact with each other, the at least two supporting members are inserted into each other and received in at least one of the first body and the second body so that the multistage supporter and the screen (40, 40', 400', 400") are not exposed to an outside, and when the first body is separated from the second body , the multistage supporter and the screen (40, 40', 400', 400") are exposed to the outside. a first body ; a second body that is disposed at a side of the first body and is movable with respect to the first body ; a multistage supporter that is provided between the first body and the second body and comprises at least two supporting members that are inserted and received in at least one of the first body and the second body according to movement of the first body and the second body ; a screen (40, 40', 400', 400") that is provided in the multistage supporter and is wound or unwound according to the movement of the first body and the second body ; and a projector that is provided in at least one of the first body and the second body and is configured to project an image toward the screen , and characterized in that the at least two supporting members are configured to be inserted into each other, and when a side surface of the first body and a side surface of the second body are in contact with each other, the at least two supporting members are inserted into each other and received in at least one of the first body and the second body so that the multistage supporter and the screen (40, 40', 400', 400") are not exposed to an outside, and when the first body is separated from the second body , the multistage supporter and the screen (40, 40', 400', 400") are exposed to the outside.
A device for processing a sheet of dough to reduce the thickness of the dough where the device comprises a plurality of rollers arranged in series in a roller assembly wherein each roller is configured to move in a curved path when the roller is in contact with the sheet of dough in order to create curved structures within the sheet of dough after processing the sheet of dough in the device, wherein said each roller in the roller assembly is configured to initially contact the sheet of dough substantially along a center axis that extends in the longitudinal direction of the sheet of dough when the sheet of dough is present in the device, characterised in that said device comprises two roller assemblies arranged symetrically about the center axis of the sheet of dough, and wherein said roller assemblies are acting oppositely of the center axis .
A tool for cryosurgery for handling tissue in ophthalmic surgical procedures, the tool comprising: a tubular body , a container for holding cryogenic fluid, the container being positioned within the tubular body , a treatment tip connected to a distal end of the tubular body , a capillary for transporting cryogenic fluid from the container to the treatment tip , wherein an inner diameter of the capillary ensures expansion of the cryogenic fluid at the closed off end tip instead of closer to the tubular body , wherein the treatment tip comprises a closed off end tip and a shaft of thermally insulating material having an inner lumen with a diameter (d l ) which is larger than an outer diameter (d o ) of the capillary , the shaft being sealingly coupled to the closed off end tip . a tubular body , a container for holding cryogenic fluid, the container being positioned within the tubular body , a treatment tip connected to a distal end of the tubular body , a capillary for transporting cryogenic fluid from the container to the treatment tip , wherein an inner diameter of the capillary ensures expansion of the cryogenic fluid at the closed off end tip instead of closer to the tubular body , wherein the treatment tip comprises a closed off end tip and a shaft of thermally insulating material having an inner lumen with a diameter (d l ) which is larger than an outer diameter (d o ) of the capillary , the shaft being sealingly coupled to the closed off end tip .
A surgical cutting device , comprising: an elongated shaft having a proximal portion and a distal portion connected between a proximal end and a distal end ; a central longitudinal axis (y-y) extending through the elongated shaft ; wherein the proximal portion has a first diameter and the distal portion has a second diameter, the first diameter being larger than the second diameter; a cutting tip at the distal end of the elongated shaft , extending along a second axis (x-x), at an angle relative to the central longitudinal axis (y-y); wherein the cutting tip comprises a curved blade which is open in a proximal direction; wherein the curved blade comprises an inner wall extending to a base of the cutting tip , characterized in that a cross-section of the curved blade in a plane perpendicular to the second axis (x-x) is crescent-shaped, and the base is semi-circular. an elongated shaft having a proximal portion and a distal portion connected between a proximal end and a distal end ; a central longitudinal axis (y-y) extending through the elongated shaft ; wherein the proximal portion has a first diameter and the distal portion has a second diameter, the first diameter being larger than the second diameter; a cutting tip at the distal end of the elongated shaft , extending along a second axis (x-x), at an angle relative to the central longitudinal axis (y-y); wherein the cutting tip comprises a curved blade which is open in a proximal direction; wherein the curved blade comprises an inner wall extending to a base of the cutting tip , characterized in that a cross-section of the curved blade in a plane perpendicular to the second axis (x-x) is crescent-shaped, and the base is semi-circular.
A method for manufacturing a profile made of composite material having a cross section with three branches, with the following steps: - moving two opposite rims of a panel of sheet material toward one another such that these two opposite rims are juxtaposed in a juxtaposing direction ; - moving a pair of jaws in translation in a direction perpendicular to the juxtaposing direction such that the pair of jaws is positioned on either side of said juxtaposed opposite rims , this movement in translation of the pair of jaws being effected in the direction of a base ; - simultaneously pressing the sheet material between the two jaws for the one part and between the jaws and the base for the other part; - completing the profile made of composite material by curing a matrix impregnating the sheet material. - moving two opposite rims of a panel of sheet material toward one another such that these two opposite rims are juxtaposed in a juxtaposing direction ; - moving a pair of jaws in translation in a direction perpendicular to the juxtaposing direction such that the pair of jaws is positioned on either side of said juxtaposed opposite rims , this movement in translation of the pair of jaws being effected in the direction of a base ; - simultaneously pressing the sheet material between the two jaws for the one part and between the jaws and the base for the other part; - completing the profile made of composite material by curing a matrix impregnating the sheet material.
A diffraction grating comprising: a substrate having an outer surface, the substrate having a first refractive index; a plurality of grating elements , each grating element comprising a stepped channel inset into the substrate, the stepped channel having a second refractive index greater than the first refractive index; wherein the stepped channel is a two-step channel having a first step along the outer surface of the substrate and a second step extending inward from the first step, the first step having a greater width than the second step; characterized in that the height of the stepped channel is less than twice the height of the first step. a substrate having an outer surface, the substrate having a first refractive index; a plurality of grating elements , each grating element comprising a stepped channel inset into the substrate, the stepped channel having a second refractive index greater than the first refractive index; wherein the stepped channel is a two-step channel having a first step along the outer surface of the substrate and a second step extending inward from the first step, the first step having a greater width than the second step; characterized in that the height of the stepped channel is less than twice the height of the first step.