mhurhangee/patent-ind-claim-en huggingface dataset:
A device for handling parts stored on pallets positionable in the vicinity of a machining center , this handling device comprising a chassis equipped with pallet carriers , a gripper and a transfer system for transferring parts to be handled between the handling device and the machining center , said chassis delimiting an enclosure comprising a central aisle laterally bordered by pallet carriers organized in rows and columns, the gripper comprising two uprights equipped with opposite gripping members mounted moving up and down along said uprights , said uprights positionable at least in the central aisle being coupled to a system for driving the movement of the uprights inside said enclosure along at least two axes (XX', YY') that are orthogonal with respect to one another, one (XX') of the axes corresponding to an axis parallel to the longitudinal axis of the central aisle , characterized in that the transfer system comprises a tray , called transfer tray, mounted moving along a direction that is transverse with respect to the longitudinal axis of the central aisle between a so-called inner zone , in which it is arranged inside the enclosure and is able to cooperate with the gripper , to transfer a pallet between the gripper and the transfer tray , and a so-called outer zone , in which protrudes at least partially outside the enclosure , and is able to set down or pick up a pallet in the machining center , and in that the uprights of the gripper are positionable on the one hand, on either side of the transfer tray , and on the other hand, on either side of any one of the pallet carriers , to make it possible, using gripping members equipping said uprights , to pick up a pallet from underneath that is resting on the pallet carrier or on the transfer tray , or to set down a pallet on the pallet carrier or on the transfer tray .
Device for transporting and/or storing in particular plate-like articles , with a substantially horizontally extending bearing portion and a substantially vertically extending supporting portion , wherein the supporting portion comprises a receiving region for receiving a further identical supporting portion of a further device , wherein the supporting portion and the receiving region are each configured such that they taper away from the bearing portion in a vertical direction , and wherein the bearing portion has a bearing face which runs towards the supporting portion at an incline with respect to the horizontal direction , characterised in that the supporting portion has two pillar elements of identical structure and oriented rotated by 180° about the vertical direction relative to one another, and that the pillar elements each comprise a C-shaped profile tapering in the vertical direction , and that the pillar elements are inclined towards the bearing portion and towards one another.
A method performed by a synchronisation report module of a first transport network node for providing delay information to synchronisation packets passing the first transport network node, the method comprising: • receiving a first synchronisation packet originating from a second transport network node, • determining a level of delay for the first synchronisation packet caused by the first transport network node, characterized by : • when the level of delay for the first synchronisation packet is above a first threshold, marking the first synchronisation packet with a delay indication, and • sending the first synchronisation packet towards a third transport network node. • receiving a first synchronisation packet originating from a second transport network node, • determining a level of delay for the first synchronisation packet caused by the first transport network node, characterized by : • when the level of delay for the first synchronisation packet is above a first threshold, marking the first synchronisation packet with a delay indication, and • sending the first synchronisation packet towards a third transport network node.
A trainable transceiver for controlling a remote device , comprising: a transceiver circuit configured to receive a first activation signal from an original transmitter and configured to transmit a second activation signal; a user input device ; and a control circuit coupled to the transceiver circuit and the user input device , wherein the control circuit is configured to format and transmit the second activation signal, based on the first activation signal, in response to a user input received at the user input device ; wherein the control circuit is configured to reduce a duty cycle of the second activation signal relative to the first activation signal and increase a radio frequency power of the second activation signal relative to the first activation signal, while maintaining, for the second activation signal, an average radio frequency power over a predetermined amount of time below a predetermined limit; and wherein the control circuit is configured to process the first activation signal to identify a characteristic of a remote electronic system associated with the first activation signal, perform a lookup based on the characteristic to retrieve at least one of a dead time and a radio frequency power, and format the second activation signal based on the retrieved at least one of the dead time and radio frequency power. a transceiver circuit configured to receive a first activation signal from an original transmitter and configured to transmit a second activation signal; a user input device ; and a control circuit coupled to the transceiver circuit and the user input device , wherein the control circuit is configured to format and transmit the second activation signal, based on the first activation signal, in response to a user input received at the user input device ; wherein the control circuit is configured to reduce a duty cycle of the second activation signal relative to the first activation signal and increase a radio frequency power of the second activation signal relative to the first activation signal, while maintaining, for the second activation signal, an average radio frequency power over a predetermined amount of time below a predetermined limit; and wherein the control circuit is configured to process the first activation signal to identify a characteristic of a remote electronic system associated with the first activation signal, perform a lookup based on the characteristic to retrieve at least one of a dead time and a radio frequency power, and format the second activation signal based on the retrieved at least one of the dead time and radio frequency power.
A system for monitoring an analyte concentration in liquid comprising: a coupon comprising an absorbent body , which may be translucent or opaque such to transmit light, not transmit light, or to transmit light to a limited degree, with a window through said absorbent body wherein said liquid is maintained in said window by capillary action and surface tension; a reactant in said absorbent body wherein said reactant is capable of reacting with the designated analyte to induce a color change in proportion to the concentration of the analyte, with the reactant diffusing into said window to react with an analyte in said liquid, or with the reactant reacting with the analyte within the absorbent body itself, with the color-indicating by-product of this reaction diffusing into said window induce a color change in the contained liquid, wherein said analyte is present in said analyte concentration to form a reactant with a color wherein said color has an intensity which correlates to said analyte concentration; and a light source capable of passing light into said window wherein said light is attenuated by said color proportional to said analyte concentration to form attenuated light. a coupon comprising an absorbent body , which may be translucent or opaque such to transmit light, not transmit light, or to transmit light to a limited degree, with a window through said absorbent body wherein said liquid is maintained in said window by capillary action and surface tension; a reactant in said absorbent body wherein said reactant is capable of reacting with the designated analyte to induce a color change in proportion to the concentration of the analyte, with the reactant diffusing into said window to react with an analyte in said liquid, or with the reactant reacting with the analyte within the absorbent body itself, with the color-indicating by-product of this reaction diffusing into said window induce a color change in the contained liquid, wherein said analyte is present in said analyte concentration to form a reactant with a color wherein said color has an intensity which correlates to said analyte concentration; and a light source capable of passing light into said window wherein said light is attenuated by said color proportional to said analyte concentration to form attenuated light.
A print agent application assembly comprising: a print agent transfer roller to receive print agent and transfer a portion of the print agent to a photoconductive surface ; a print agent regulator roller to regulate a film thickness of print agent on the print agent transfer roller , the print agent regulator roller comprising a nip forming region and a mounting region ; and characterised by : a resilient component comprising a sheet metal spring , which spans a diametrical width of the print agent regulator roller and acts on the print agent regulator roller outside the nip forming region to impart a lateral force to the mounting region , the lateral force urging the print agent regulator roller towards the print agent transfer roller . a print agent transfer roller to receive print agent and transfer a portion of the print agent to a photoconductive surface ; a print agent regulator roller to regulate a film thickness of print agent on the print agent transfer roller , the print agent regulator roller comprising a nip forming region and a mounting region ; and characterised by : a resilient component comprising a sheet metal spring , which spans a diametrical width of the print agent regulator roller and acts on the print agent regulator roller outside the nip forming region to impart a lateral force to the mounting region , the lateral force urging the print agent regulator roller towards the print agent transfer roller .
A filter element , comprising: a cover having a rim region and a hub region , the hub region having an inlet port and an outlet port; filter media for filtering fluid flow from the inlet port to the outlet port; a plurality of keys provided along the rim region; and characterized by at least one torsion lock detent provided between the rim and the hub region, said at least one torsion lock detent being a tab that extends axially outward from an outer face of the cover, the tab being elongated in a direction extending generally radially between the rim and the hub. a cover having a rim region and a hub region , the hub region having an inlet port and an outlet port; filter media for filtering fluid flow from the inlet port to the outlet port; a plurality of keys provided along the rim region; and characterized by at least one torsion lock detent provided between the rim and the hub region, said at least one torsion lock detent being a tab that extends axially outward from an outer face of the cover, the tab being elongated in a direction extending generally radially between the rim and the hub.
Method of labeling an image of cells of a patient, in particular an immunocytochemistry image, as positive to a biomarker, comprising : - Receiving a digital image of a stained immunocytochemistry biological sample of the patient, - Performing a computerized classification of cells in the digital image, said classification comprising: . classifying pixels according to their color as positive, . classifying regions of the digital image as positive according to the number of neighboring pixels classified as positive, . applying a plurality of test functions on the positively-classified region of the digital image to provide a test result representative of positivity to a respective test for this region, and . applying a scoring function combining the test results of the test functions for this region of the digital image; - Labeling the digital image by applying a trained neural network on at least one portion of the digital image which comprises a digital image of one cell classified as positive during the computerized classification. - Receiving a digital image of a stained immunocytochemistry biological sample of the patient, - Performing a computerized classification of cells in the digital image, said classification comprising: . classifying pixels according to their color as positive, . classifying regions of the digital image as positive according to the number of neighboring pixels classified as positive, . applying a plurality of test functions on the positively-classified region of the digital image to provide a test result representative of positivity to a respective test for this region, and . applying a scoring function combining the test results of the test functions for this region of the digital image; . classifying pixels according to their color as positive, . classifying regions of the digital image as positive according to the number of neighboring pixels classified as positive, . applying a plurality of test functions on the positively-classified region of the digital image to provide a test result representative of positivity to a respective test for this region, and . applying a scoring function combining the test results of the test functions for this region of the digital image; - Labeling the digital image by applying a trained neural network on at least one portion of the digital image which comprises a digital image of one cell classified as positive during the computerized classification.
A storage unit for a refrigerator, comprising a container body , ; a sub-storage body , wherein the sub-storage body is mounted to the container body in a manner of being movable between an extension position and a retracted position; in the retracted position, the sub-storage body is at least partially located inside the container body , and the storage unit comprises a first main storage portion located in the container body ; and at the extension position, the sub-storage body is located outside the container body , and the storage unit comprises a second main storage portion located in the container body and an extended storage portion located outside the container body , wherein the container body comprises an opening cut on a side, and the sub-storage body is capable of moving into or out of the container body through the opening , and characterized in that the sub-storage body comprises a cover , and at the extension position, the cover seals the opening , wherein when the sub-storage body is located at the extension position, the cover forms a bottom wall of the second main storage portion; and when the sub-storage body is located in the retracted position, the cover forms a top wall of the first main storage portion.
A catheter assembly comprising: a catheter adapter having an internal lumen forming a proximal opening , a distal opening, and a fluid pathway extending therebetween; a catheter coupled to the catheter adapter; a blood control septum disposed within the internal lumen of the catheter adapter and dividing the fluid pathway into a distal chamber and a proximal chamber ; and a septum actuator comprising a body having a tip , a rigid polymeric base at a proximal end of the body, and a lumen, defined by an inner surface of the body, extending therebetween; wherein the body further includes a compression compensator forming a compressible and resilient portion of the body positioned between the tip and the base such that an inner surface of the compression compensator defines a portion of the lumen of the septum actuator ; the septum actuator being positioned within the proximal chamber and configured to cause the tip to be inserted through a slit of the blood control septum in response to a device being inserted into the proximal opening of the catheter adapter and applying a distal force on the base of on the septum actuator , the insertion of the tip through the blood control septum forming a pathway for fluid to bypass the blood control septum, the compression compensator being configured to compress in response to the device applying the distal force on the septum actuator while the tip is inserted through the blood control septum . a catheter adapter having an internal lumen forming a proximal opening , a distal opening, and a fluid pathway extending therebetween; a catheter coupled to the catheter adapter; a blood control septum disposed within the internal lumen of the catheter adapter and dividing the fluid pathway into a distal chamber and a proximal chamber ; and a septum actuator comprising a body having a tip , a rigid polymeric base at a proximal end of the body, and a lumen, defined by an inner surface of the body, extending therebetween; wherein the body further includes a compression compensator forming a compressible and resilient portion of the body positioned between the tip and the base such that an inner surface of the compression compensator defines a portion of the lumen of the septum actuator ; the septum actuator being positioned within the proximal chamber and configured to cause the tip to be inserted through a slit of the blood control septum in response to a device being inserted into the proximal opening of the catheter adapter and applying a distal force on the base of on the septum actuator , the insertion of the tip through the blood control septum forming a pathway for fluid to bypass the blood control septum, the compression compensator being configured to compress in response to the device applying the distal force on the septum actuator while the tip is inserted through the blood control septum .
An image pickup optical system (LA) comprising a first lens unit (L1), a second lens unit (L2) and a third lens unit (L3) disposed in an order from an object side to an image side, an interval between adjacent lens units being changed during focusing, wherein the third lens unit (L3) includes an aperture stop (SP), and wherein following conditional expressions are satisfied, 2.6 < Lf / Lr < 6.0 , 2.5 < L / f < 5.0 , and 0.4 < M / f < 1.1 , where Lf represents a distance on an optical axis from a lens surface closest to the object side to the aperture stop (SP) in the image pickup optical system (LA) when the image pickup optical system (LA) is focused at infinity, Lr represents a distance on the optical axis from the aperture stop (SP) to a lens surface closest to the image side in the image pickup optical system (LA) when the image pickup optical system (LA) is focused at infinity, L represents a distance on the optical axis from a lens surface closest to the object side to an image plane (IP) when the image pickup optical system (LA) is focused at infinity, f represents a focal length of the entire system, and M is a moving amount of the first lens unit (L1) during focusing from infinity to a closest distance. wherein the third lens unit (L3) includes an aperture stop (SP), and wherein following conditional expressions are satisfied, 2.6 < Lf / Lr < 6.0 , 2.5 < L / f < 5.0 , and 0.4 < M / f < 1.1 , where Lf represents a distance on an optical axis from a lens surface closest to the object side to the aperture stop (SP) in the image pickup optical system (LA) when the image pickup optical system (LA) is focused at infinity, Lr represents a distance on the optical axis from the aperture stop (SP) to a lens surface closest to the image side in the image pickup optical system (LA) when the image pickup optical system (LA) is focused at infinity, L represents a distance on the optical axis from a lens surface closest to the object side to an image plane (IP) when the image pickup optical system (LA) is focused at infinity, f represents a focal length of the entire system, and M is a moving amount of the first lens unit (L1) during focusing from infinity to a closest distance.
An assembly comprising: a first tube ; a second tube , wherein a first end of the second tube is configured to slidably translate into a first end of the first tube; and an insert configured to be disposed within a first portion of the second tube, wherein the first portion of the second tube is near the first end of the second tube, wherein the first tube, the second tube, and the insert are configured to form a seal, wherein the insert defines a lumen from a first end of the insert to a second opposite end of the insert, the length of the insert between the first end and the second opposite end being less than the length defined by the first portion of the second tube; wherein a coefficient of thermal expansion, called CTE, of the first tube is substantially similar to a CTE of the insert and substantially different from a CTE of the second tube; and wherein the CTE of the first tube is lower than the CTE of the second tube. a first tube ; a second tube , wherein a first end of the second tube is configured to slidably translate into a first end of the first tube; and an insert configured to be disposed within a first portion of the second tube, wherein the first portion of the second tube is near the first end of the second tube, wherein the first tube, the second tube, and the insert are configured to form a seal, wherein the insert defines a lumen from a first end of the insert to a second opposite end of the insert, the length of the insert between the first end and the second opposite end being less than the length defined by the first portion of the second tube; wherein a coefficient of thermal expansion, called CTE, of the first tube is substantially similar to a CTE of the insert and substantially different from a CTE of the second tube; and wherein the CTE of the first tube is lower than the CTE of the second tube.
A device for impulse ejection of a medium, comprising a medium chamber for holding a medium, said chamber being defined by an ejection tube and a sleeve , the sleeve adjoining the ejection tube opposite from the ejection end thereof, and a propellant chamber for holding a propellant, said propellant chamber surrounding at least partially the medium chamber in the region of the sleeve, wherein the sleeve is designed for movement between a pressure position and an ejection position, wherein the sleeve seals, in the pressure position, the medium chamber from the propellant chamber at an end plate and wherein the sleeve, in the ejection position, is spaced apart from the end plate such that there is fluid communication for passage of the propellant from the propellant chamber , which at least partially surrounds the medium chamber, into the medium chamber . a medium chamber for holding a medium, said chamber being defined by an ejection tube and a sleeve , the sleeve adjoining the ejection tube opposite from the ejection end thereof, and a propellant chamber for holding a propellant, said propellant chamber surrounding at least partially the medium chamber in the region of the sleeve, wherein the sleeve is designed for movement between a pressure position and an ejection position, wherein the sleeve seals, in the pressure position, the medium chamber from the propellant chamber at an end plate and wherein the sleeve, in the ejection position, is spaced apart from the end plate such that there is fluid communication for passage of the propellant from the propellant chamber , which at least partially surrounds the medium chamber, into the medium chamber .