mhurhangee/patent-ind-claim-en huggingface dataset:
A particle having a core comprising a drug encapsulated in a coating comprising: a) a polysaccharide layer; b) a cationic polymer layer, wherein the cationic polymer layer is over the polysaccharide layer; c) an anionic polymer layer; and d) an outer layer exposing fibrinogen on the outer surface; wherein the drug is a clotting agent, coagulation factor, or anticoagulant. a) a polysaccharide layer; b) a cationic polymer layer, wherein the cationic polymer layer is over the polysaccharide layer; c) an anionic polymer layer; and d) an outer layer exposing fibrinogen on the outer surface;
A kit for ex vivo conditioning and purification of an explanted organ, comprising: - connection means to and from said organ ; - fluid connection means ; - separation means comprising at least a fractionation filter and an absorption cartridge , wherein said fractionation filter has a cut-off in the range from 80,000 to 800,000 Da and is positioned upstream of said absorption cartridge . - connection means to and from said organ ; - fluid connection means ; - separation means comprising at least a fractionation filter and an absorption cartridge , wherein said fractionation filter has a cut-off in the range from 80,000 to 800,000 Da and is positioned upstream of said absorption cartridge .
A surgical needle device having a first portion configured to extend into a lumen of a patient, and a second portion configured to be located outside of the lumen, the surgical needle device comprising: a distal tip ; a sensor located at the distal tip ; a needle movable between a retracted position and a deployed position , in which the needle extends from the distal tip , a needle advancing mechanism , the needle advancing mechanism including a needle actuator operable to move the needle and a stop operable to limit movement of the needle when the needle actuator is activated, the stop being movable to control an insertion depth that the needle penetrates from the distal tip into a feature of interest; and a control unit in communication with the needle advancing mechanism ; and wherein the sensor is configured to provide a signal to the control unit regarding a thickness of the feature of interest and the control unit is configured to control the insertion depth based upon the signal from the sensor so that the insertion depth into the feature of interest is varied or the control unit prevents the needle advancing mechanism from activating; wherein the needle advancing mechanism is arranged at the distal tip . a distal tip ; a sensor located at the distal tip ; a needle movable between a retracted position and a deployed position , in which the needle extends from the distal tip , a needle advancing mechanism , the needle advancing mechanism including a needle actuator operable to move the needle and a stop operable to limit movement of the needle when the needle actuator is activated, the stop being movable to control an insertion depth that the needle penetrates from the distal tip into a feature of interest; and a control unit in communication with the needle advancing mechanism ; and wherein the sensor is configured to provide a signal to the control unit regarding a thickness of the feature of interest and the control unit is configured to control the insertion depth based upon the signal from the sensor so that the insertion depth into the feature of interest is varied or the control unit prevents the needle advancing mechanism from activating; wherein the needle advancing mechanism is arranged at the distal tip .
Method for processing organic wastes, comprising a mechanical deconditioning step in order to produce a crude organic soup , and a methanization step so as to produce a biogas and a methanization digestate, characterized in that it comprises a step of heating the crude organic soup in order to produce a heated organic soup , brought to a temperature of greater than or equal to 37°C, and a step of phase separation of the heated organic soup by passing it through a screw press having a cylinder with through-going orifices, so as to separate the heated organic soup into a final organic soup suitable for the methanization step, which passes through the cylinder , and into undesirables , the heated organic soup being subjected to a pressure of between 0.2 bar and 6 bar in the screw press .
An atomizing device, comprising: a housing ; an end lid disposed at an end of the housing , and hermitically connected with the housing , the end lid comprising a first liquid filling hole; a cover disposed to cover around the end lid ; and a first conducting groove disposed to extend circumferentially at a selective one of an outer wall of the end lid and an inner wall of the cover , a second conducting groove spatially communicated with the first conducting groove and disposed at the selective one of the outer wall of the end lid and the inner wall of the cover same as the first conducting groove , and an included angle being formed between the first conducting groove and the second conducting groove , a sliding piece disposed at the rest of the outer wall of the end lid and the inner wall of the cover to mate with the first conducting groove and the second conducting groove ; wherein the sliding piece is disposed to move in the first conducting groove and the second conducting groove , the sliding piece is situated in the second conducting groove to prevent the cover from rotating relative to the end lid , and to enable the cover to close the first liquid filling hole, when the sliding piece is situated in the first conducting groove , the cove is enabled to rotate circumferentially relative to the end lid to open the first liquid filling hole. a housing ; an end lid disposed at an end of the housing , and hermitically connected with the housing , the end lid comprising a first liquid filling hole; a cover disposed to cover around the end lid ; and a first conducting groove disposed to extend circumferentially at a selective one of an outer wall of the end lid and an inner wall of the cover , a second conducting groove spatially communicated with the first conducting groove and disposed at the selective one of the outer wall of the end lid and the inner wall of the cover same as the first conducting groove , and an included angle being formed between the first conducting groove and the second conducting groove , a sliding piece disposed at the rest of the outer wall of the end lid and the inner wall of the cover to mate with the first conducting groove and the second conducting groove ; wherein the sliding piece is disposed to move in the first conducting groove and the second conducting groove , the sliding piece is situated in the second conducting groove to prevent the cover from rotating relative to the end lid , and to enable the cover to close the first liquid filling hole, when the sliding piece is situated in the first conducting groove , the cove is enabled to rotate circumferentially relative to the end lid to open the first liquid filling hole.
An output driver in an integrated circuit, comprising: a driver circuit operable by a power supply voltage (VDD) and a protected supply voltage , the driver circuit being coupled to an output pad ; and a driver power conditioner configured to provide the protected supply voltage to at least one transistor of the driver circuit, wherein the driver power conditioner includes: an NMOS transistor that pulls a first node low if the power supply voltage (VDD) is present; and a first PMOS transistor that isolates the first node from a second node at a fractional pad voltage derived from a voltage on the output pad if the power supply voltage (VDD) is present, wherein the driver power conditioner is configured to provide the power supply voltage (VDD) as the protected supply voltage when the first node is low, and provide the fractional pad voltage as the protected supply voltage when the power supply voltage (VDD) is not present. a driver circuit operable by a power supply voltage (VDD) and a protected supply voltage , the driver circuit being coupled to an output pad ; and a driver power conditioner configured to provide the protected supply voltage to at least one transistor of the driver circuit, wherein the driver power conditioner includes: an NMOS transistor that pulls a first node low if the power supply voltage (VDD) is present; and a first PMOS transistor that isolates the first node from a second node at a fractional pad voltage derived from a voltage on the output pad if the power supply voltage (VDD) is present, an NMOS transistor that pulls a first node low if the power supply voltage (VDD) is present; and a first PMOS transistor that isolates the first node from a second node at a fractional pad voltage derived from a voltage on the output pad if the power supply voltage (VDD) is present, wherein the driver power conditioner is configured to provide the power supply voltage (VDD) as the protected supply voltage when the first node is low, and provide the fractional pad voltage as the protected supply voltage when the power supply voltage (VDD) is not present.
A toilet bowl pressure flushing system with shock wave flushing comprising a rigid compact unit made by a fixed connection of a rigid body of a pressure module containing at least one gas hydraulic accumulator (1.2) and one downstream flow tank (1.4), an outlet pipe , an automatic hydraulic valve module comprising a core (4.1), an inlet and outlet elements (4.2, 4.3), where the inlet element (4.2) of the automatic hydraulic valve is connected to an outlet (1.4.1) of the flow tank (1 .4) and where the outlet element (4.3) of the automatic hydraulic valve module feeds into the outlet pipe , wherein it comprises an inlet from a pressure water supply, characterized in that the at least one gas hydraulic accumulator (1.2) and the one downstream flow tank (1.4) are interconnected by at least one flooded connection opening (1.3).
An ion exchange membrane comprising: a layer A comprising a fluorine-containing polymer having a sulfonic acid group; and a layer B comprising a fluorine-containing polymer having a carboxylic acid group, wherein the value of (the ion cluster diameter of the layer B) / (the ion cluster diameter of the layer A) is 0.67 to 0.89, wherein the ion cluster diameter is determined as described in the description, characterized in that the ion exchange capacity of the layer A is 0.8 mEq/g to 1.2 mEq/g, and the ion exchange capacity of the layer B is 0.81 mEq/g or more. a layer A comprising a fluorine-containing polymer having a sulfonic acid group; and a layer B comprising a fluorine-containing polymer having a carboxylic acid group, wherein the value of (the ion cluster diameter of the layer B) / (the ion cluster diameter of the layer A) is 0.67 to 0.89, wherein the ion cluster diameter is determined as described in the description, characterized in that the ion exchange capacity of the layer A is 0.8 mEq/g to 1.2 mEq/g, and the ion exchange capacity of the layer B is 0.81 mEq/g or more.
A PTFE/fiberglass composite suitable for use as a conveyor belt for use in food processing applications, said composite comprising: a fiberglass fabric having oppositely facing major surfaces , said fabric having a structure defining a uniform pattern of openings extending from one to the other of said major surfaces , with the average area of the individual openings being at least 0.20258 mm 2 ; and PTFE films on the major surfaces of said fabric , said films being interconnected by fluoropolymer ties extending through said openings and being adhered to said major surfaces with a peel strength of between 5-13 pli (0.35-2.27 N/mm) as measured by the adhesion strength test as described herein, said composite having a thickness of less than 20 mils (0.508 mm) and a fiberglass content of less than 25% to accommodate subsequent elongation of between 1.0% to 5.0% when the composite is tensioned as measured according to the elongation test described herein. a fiberglass fabric having oppositely facing major surfaces , said fabric having a structure defining a uniform pattern of openings extending from one to the other of said major surfaces , with the average area of the individual openings being at least 0.20258 mm 2 ; and PTFE films on the major surfaces of said fabric , said films being interconnected by fluoropolymer ties extending through said openings and being adhered to said major surfaces with a peel strength of between 5-13 pli (0.35-2.27 N/mm) as measured by the adhesion strength test as described herein, said composite having a thickness of less than 20 mils (0.508 mm) and a fiberglass content of less than 25% to accommodate subsequent elongation of between 1.0% to 5.0% when the composite is tensioned as measured according to the elongation test described herein.
A method of determining the predicted usage of gas from a gas cylinder assembly comprising a gas cylinder and a valve and regulator assembly , the method using a sensor assembly comprising a gas sensor selected from the group of: a piezoelectric oscillator; a pressure sensor; or a gas cylinder weighing apparatus, and the method comprising the steps of: a) determining , using the gas sensor, the mass of gas in the gas cylinder at a time t ; b) determining , at time t , a measured flow rate of gas from the gas cylinder from either: i) the average of n previous measurements of the flow rate of the gas, where n>1; or ii) where there are fewer than n previous measurements of the flow rate of the gas, a predetermined starting flow rate; and c) determining , at time t , the time remaining until the quantity of gas in the gas cylinder reaches a predetermined level, wherein the time remaining is determined from the mass of gas in the gas cylinder at time t and an average flow rate calculated based on equation F AVG = DE + 1 − E ∑ i = 0 n F i n where D is a base flow rate, F i is a measurement of flow rate, and E is a predetermined scaling factor selected in dependence upon the proportion of gas remaining in the gas cylinder at time t . a) determining , using the gas sensor, the mass of gas in the gas cylinder at a time t ; b) determining , at time t , a measured flow rate of gas from the gas cylinder from either: i) the average of n previous measurements of the flow rate of the gas, where n>1; or ii) where there are fewer than n previous measurements of the flow rate of the gas, a predetermined starting flow rate; and c) determining , at time t , the time remaining until the quantity of gas in the gas cylinder reaches a predetermined level, wherein the time remaining is determined from the mass of gas in the gas cylinder at time t and an average flow rate calculated based on equation F AVG = DE + 1 − E ∑ i = 0 n F i n where D is a base flow rate, F i is a measurement of flow rate, and E is a predetermined scaling factor selected in dependence upon the proportion of gas remaining in the gas cylinder at time t .
A method for producing a form-stable phase-change material, the method comprising: freezing a slurry of solid and solvent to provide a frozen slurry; exposing the frozen slurry to conditions causing sublimation of a solvent of the frozen slurry to remove frozen solvent and provide a body having vacancies therein; sintering the body to provide a scaffold; and adding a molten phase-change material to the scaffold to provide the form-stable phase-change material. freezing a slurry of solid and solvent to provide a frozen slurry; exposing the frozen slurry to conditions causing sublimation of a solvent of the frozen slurry to remove frozen solvent and provide a body having vacancies therein; sintering the body to provide a scaffold; and adding a molten phase-change material to the scaffold to provide the form-stable phase-change material.
Brake installation for a motor vehicle, having four hydraulic wheel brakes which are assigned to in each case one vehicle wheel, having a brake pedal , which is assigned a travel sensor arrangement for identifying a braking demand, and having a first and a second pressure provision device for building up brake pressure in the wheel brakes , wherein the first pressure provision device is hydraulically connected via a second wheel brake line to a first wheel brake assigned to a first brake circuit and is hydraulically connected via a first wheel brake line to a second wheel brake assigned to the first brake circuit , and wherein the second pressure provision device is hydraulically connected via a second wheel brake line to a third wheel brake assigned to a second brake circuit and is hydraulically connected via a first wheel brake line to a fourth wheel brake assigned to the second brake circuit , wherein each pressure provision device is respectively activated by an open-loop and closed-loop control unit , characterized in that a first hydraulic connecting line , into which an isolating valve which is open when electrically deenergized is connected, connects the first wheel brake line of the first brake circuit to the first wheel brake line of the second brake circuit , and in that a second hydraulic connecting line , into which an isolating valve which is open when electrically deenergized is connected, connects the second wheel brake line of the first brake circuit to the second wheel brake line of the second brake circuit .
An apparatus for inspecting a belt of the tobacco industry, comprising: - a conveyor configured to convey a product, be it a finished or semi-finished product for the tobacco industry, along a conveying path, the conveyor comprising at least one conveyor belt provided with at least one operating section which is used to convey the product, and one return section which is not used to convey said product; - at least one detecting device located in proximity to the conveyor belt and defining a detection zone (Z) configured to slidably receive the conveyor belt , the detecting device being configured to detect at least one property of the conveyor belt in transit through the detection zone (Z) and to generate a control signal representing the at least one property, wherein the inspecting apparatus comprises, or is associated with, a control unit (C) configured to receive and process the control signal and to determine whether the at least one property meets one or more predetermined integrity criteria; characterized in that the control unit (C) is configured to store a reference control signal generated during a first complete turn of the conveyor belt relative to the detection zone (Z) and to compare the reference control signal with the control signals generated during each subsequent turn of the conveyor belt in order to determine whether the at least one property meets the one or more predetermined integrity criteria. - a conveyor configured to convey a product, be it a finished or semi-finished product for the tobacco industry, along a conveying path, the conveyor comprising at least one conveyor belt provided with at least one operating section which is used to convey the product, and one return section which is not used to convey said product; - at least one detecting device located in proximity to the conveyor belt and defining a detection zone (Z) configured to slidably receive the conveyor belt , the detecting device being configured to detect at least one property of the conveyor belt in transit through the detection zone (Z) and to generate a control signal representing the at least one property, wherein the inspecting apparatus comprises, or is associated with, a control unit (C) configured to receive and process the control signal and to determine whether the at least one property meets one or more predetermined integrity criteria; characterized in that the control unit (C) is configured to store a reference control signal generated during a first complete turn of the conveyor belt relative to the detection zone (Z) and to compare the reference control signal with the control signals generated during each subsequent turn of the conveyor belt in order to determine whether the at least one property meets the one or more predetermined integrity criteria.
A handling device , comprising a support that extends along a vertical support axis , comprising a boom arranged on the support , comprising a controllable lifting tool , in particular a vacuum tube lifter, arranged on the boom , comprising a controllable gripping means for fixing objects , in particular a vacuum gripper, which is arranged on the lifting tool in such a way that the gripping means and an object fixed thereto can be raised and lowered, wherein an operating apparatus for operating the handling device by an operator is provided with a holding portion that can be grasped by the operator and with at least one operating element , wherein the holding portion and the at least one operating element are arranged on the gripping means or on the lifting tool or between the gripping means and the lifting tool , characterized in that the support is designed as a column that is telescopic and height-adjustable in that at least one controllable drive apparatus is provided for adjusting the height of the support and in that the operating apparatus is designed such that the gripping means , the lifting tool and the drive apparatus for adjusting the height of the support can be controlled by means of the at least one operating element . comprising a boom arranged on the support , comprising a controllable lifting tool , in particular a vacuum tube lifter, arranged on the boom , comprising a controllable gripping means for fixing objects , in particular a vacuum gripper, which is arranged on the lifting tool in such a way that the gripping means and an object fixed thereto can be raised and lowered, wherein an operating apparatus for operating the handling device by an operator is provided with a holding portion that can be grasped by the operator and with at least one operating element , wherein the holding portion and the at least one operating element are arranged on the gripping means or on the lifting tool or between the gripping means and the lifting tool , characterized in that the support is designed as a column that is telescopic and height-adjustable in that at least one controllable drive apparatus is provided for adjusting the height of the support and in that the operating apparatus is designed such that the gripping means , the lifting tool and the drive apparatus for adjusting the height of the support can be controlled by means of the at least one operating element .
An automatic lock comprising a housing having a faceplate , a spring-loaded latch , a bar which can be actuated by a push rod , as well as a trigger element which interacts with a striking plate and can be displaced normal to the faceplate against the force of a spring , which in the zero position projects with a retaining projection into the movement path of the push rod and blocks this one in the unlocked position, characterised in that the trigger element is constructed in two parts and comprises a trigger wedge projecting in the zero position through the faceplate as well as a bearing part mounted in the housing and carrying the retaining projection , wherein the trigger element is displaceable between a functional position and a maintenance position, and wherein a resiliently mounted securing element is provided in the housing , which is displaceable against the force of a spring in parallel to the faceplate , for example by a lever tool, which can be inserted through the faceplate , and in the functional position projects with a section into the movement path of the bearing part and thus secures the trigger element in the functional position, and in the maintenance position can be brought out of engagement with the bearing part , whereby the trigger element can be moved outwards across the functional position into the maintenance position, in which the distance between the trigger wedge and the bearing part can be adjusted due to the two-part structure.