mhurhangee/ep-ind-claims huggingface dataset:
A medical device comprising a distal head portion for contacting the body of a human or animal, first and second cooling passages (20, 21) extending through the head portion and arranged to carry a cooling fluid for cooling the head portion, a pump for pumping said cooling fluid through the head portion, and an elongate flexible duct extending between the pump and one end of the first cooling passage, said pump comprising a pump body including a motor and a pump head detachably mounted to the pump body, the pump head comprising a first port connected to a proximal end of said elongate flexible duct, a second port and fluid propulsion means for creating a flow of said cooling fluid between said ports (85, 86) and along said elongate flexible duct upon energisation of said motor, said pump head being arranged to sealingly contain said cooling fluid, the pump head, the elongate flexible duct and the head portion forming a replaceable assembly that can be detached from the pump body following use, wherein the first and second cooling passages (20, 21) are interconnected at a distal end of the head portion and, in use, said cooling fluid passes through the first cooling passage and returns via the second cooling passage, the assembly comprising a further elongate flexible duct having a distal end extending from the second passage of the head portion, said further elongate flexible duct being arranged to carry fluid in the opposite direction to the first-mentioned elongate flexible duct and being arranged to connect to a fluid drain, an electrical cable extending to said head portion of the device, said further elongate flexible duct comprising a first portion having a distal end connected to said head portion of the device and a proximal end connected a first port of a manifold, the first portion of said further elongate flexible duct being arranged to cool said cable, said further elongate flexible duct further comprising a second portion which extends from a second port of the manifold, the manifold having a third port for entry of the cable, the manifold being sealed and arranged such that the cable entering the manifold extends inside said first portion of said further elongate flexible duct and is cooled by said cooling fluid flowing as it flows along said further elongate flexible duct via the first and second ports of the manifold, said manifold forming part of the replaceable assembly.
A top bar holder for fixing a top bar of a building opening shading device such as, for example, a lamellar blind above a building opening, with a U-shaped opened retaining yoke and a locking shackle (2, 3) hinged to the retaining yoke, which, in a closed position, together with the retaining yoke forms a closed frame for receiving the top bar, and in an open position permits inserting of the top bar from the open side of the U-shaped retaining yoke into the U-shaped retaining yoke, with the locking shackle (2, 3) comprising two legs (2, 3) connected via a hinge, namely a pivot leg, which is hinged to a free end of the retaining yoke, and a closing leg, which is fixed in the closed position on the opposite free end of the retaining yoke, characterised in that the locking shackle (2, 3) is located on the bottom side of the mounted holder for upper box.
System for storing waste comprising: - a storage tank, and - an upper container arranged in the tank and intended to receive waste, characterised in that it comprises - a lower liquid-tight container arranged in the tank and positioned under the upper container, the lower container comprising a lid having at least one orifice and having a shape adapted to direct liquids towards the orifice by gravity. - a storage tank, and - an upper container arranged in the tank and intended to receive waste, characterised in that it comprises - a lower liquid-tight container arranged in the tank and positioned under the upper container,
A wheel made of an aluminium alloy, in particular a wheel for a motor vehicle, comprising at least one stylized pattern reproduced on at least one face of the wheel, said pattern comprising a plurality of successive parallel grooves extending along a substantially radial direction relative to the centre of the wheel, characterized in that the dimensions of said plurality of grooves are of the same order of magnitude as the shape tolerances obtained with a low-pressure moulding method and in that the wheel and the pattern having successive grooves are produced by one and the same low-pressure moulding operation.
A system comprising a sensor arrangement (200, 300) for measuring fouling and/or erosion in a machine and a machine in which the sensor arrangement is installed, the system comprising: - a first piezoelectric transducer (210, 310), - a first plate (220, 320), the first plate (220, 320) being fixedly coupled to the first piezoelectric transducer (210, 310) so to form a first single vibrating mass (210+220+230, 310+320+330), - a second piezoelectric transducer, and - a second plate, the second plate being fixedly coupled to the second piezoelectric transducer so to form a second single vibrating mass (340+350+360); wherein the first piezoelectric transducer (210, 310) is arranged to be stimulated by electric signals applied (214, 314) to the sensor arrangement (200, 300); wherein the sensor arrangement (200, 300) is installed in the machine so that the first plate (220, 320) is exposed to a flow of a working fluid in the machine; wherein the second piezoelectric transducer is arranged to be stimulated by electric signals applied to the sensor arrangement; wherein the sensor arrangement is installed in the machine so that the second plate is exposed to the working fluid of the machine and not exposed to a flow of said working fluid in the machine; wherein the second single vibrating mass (340+350+360) is equal to the first single vibrating mass (310+320+330); and wherein the sensor arrangement is installed in the machine that the first piezoelectric transducer, the first plate, the second piezoelectric transducer, the second plate are exposed to a same temperature and to a same pressure. - a first piezoelectric transducer (210, 310), - a first plate (220, 320), the first plate (220, 320) being fixedly coupled to the first piezoelectric transducer (210, 310) so to form a first single vibrating mass (210+220+230, 310+320+330), - a second piezoelectric transducer, and - a second plate, the second plate being fixedly coupled to the second piezoelectric transducer so to form a second single vibrating mass (340+350+360); wherein the first piezoelectric transducer (210, 310) is arranged to be stimulated by electric signals applied (214, 314) to the sensor arrangement (200, 300); wherein the sensor arrangement (200, 300) is installed in the machine so that the first plate (220, 320) is exposed to a flow of a working fluid in the machine; wherein the second piezoelectric transducer is arranged to be stimulated by electric signals applied to the sensor arrangement; wherein the sensor arrangement is installed in the machine so that the second plate is exposed to the working fluid of the machine and not exposed to a flow of said working fluid in the machine; wherein the second single vibrating mass (340+350+360) is equal to the first single vibrating mass (310+320+330); and wherein the sensor arrangement is installed in the machine that the first piezoelectric transducer, the first plate, the second piezoelectric transducer, the second plate are exposed to a same temperature and to a same pressure.
A tractor, comprising: an openable-and-closable bonnet, which covers an engine room; and a bonnet fixer provided in the engine room, which has a rotatable lock arm for locking the closed bonnet, a bonnet lock releasing operation rod for performing an operation to release a lock of the closed bonnet, one end part of which is connected with the lock arm, and another end part of which protrudes out of the engine room; and a surrounding member which partly or wholly surrounds the another end part of the bonnet lock releasing operation rod; characterized in that the another end part of the bonnet lock releasing operation rod has an engaging part, with which engages a jig for performing an operation to release a lock of the closed bonnet, and the jig is, at a time of use, inserted into the surrounding member, and made to engage with the engaging part. an openable-and-closable bonnet, which covers an engine room; and a bonnet fixer provided in the engine room, which has a rotatable lock arm for locking the closed bonnet, a bonnet lock releasing operation rod for performing an operation to release a lock of the closed bonnet, one end part of which is connected with the lock arm, and another end part of which protrudes out of the engine room; and a surrounding member which partly or wholly surrounds the another end part of the bonnet lock releasing operation rod; characterized in that the another end part of the bonnet lock releasing operation rod has an engaging part, with which engages a jig for performing an operation to release a lock of the closed bonnet, and the jig is, at a time of use, inserted into the surrounding member, and made to engage with the engaging part.
A vehicle, in particular an off-road vehicle, with a driver's cab, an internal combustion engine and an exhaust gas aftertreatment device (100; 200), the exhaust gas aftertreatment device (100; 200) comprising the following: a particulate filter, an oxidation catalytic converter, a mixing device (130; 230) for mixing exhaust gas and a reducing agent, and an SCR catalytic converter, the SCR catalytic converter being arranged downstream of the mixing device (130; 230) in the exhaust gas flow direction, and the mixing device (130; 230) being arranged downstream of the particulate filter and the oxidation catalytic converter in the exhaust gas flow direction, the particulate filter, the oxidation catalytic converter, the mixing device (130; 230) and the SCR catalytic converter being arranged outside a bonnet which covers the internal combustion engine, and the mixing device (130; 230) being arranged in front of the SCR catalytic converter as viewed in the forward travelling direction of the vehicle, and/or in that the mixing device (130; 230) is arranged on a side of the SCR catalytic converter, which side faces the vehicle front side. a particulate filter, an oxidation catalytic converter, a mixing device (130; 230) for mixing exhaust gas and a reducing agent, and an SCR catalytic converter,
An assay device for analyzing a blood fluid sample, wherein the assay device comprises: a separation membrane containing a first reagent for precipitating a first protein contained in the blood fluid sample, further wherein the separation membrane separates red blood cells from the blood fluid sample, and the first reagent comprises a polyanionic non-high density lipoprotein binding reagent; a detection membrane configured to elicit a quantifiable response in the presence of a second protein present in the blood fluid sample, wherein the quantifiable response corresponds to an amount of the second protein present in the detection membrane, wherein the separation membrane concurrently precipitates the first protein and separates the red blood cells from the blood fluid sample that reaches the detection membrane; and wherein the first reagent is present in the separation membrane at (a) a concentration ranging from about 35 milligrams/milliliter to about 250 milligrams/milliliter based on the wet weight of the first reagent present on the separation membrane, or (b) a concentration ranging from about 0.7 milligrams/square centimeter to about 10 milligrams/square centimeter based on the dry weight of the first reagent present on the separation membrane. a separation membrane containing a first reagent for precipitating a first protein contained in the blood fluid sample, further wherein the separation membrane separates red blood cells from the blood fluid sample, and the first reagent comprises a polyanionic non-high density lipoprotein binding reagent; a detection membrane configured to elicit a quantifiable response in the presence of a second protein present in the blood fluid sample, wherein the quantifiable response corresponds to an amount of the second protein present in the detection membrane, wherein the separation membrane concurrently precipitates the first protein and separates the red blood cells from the blood fluid sample that reaches the detection membrane; and wherein the first reagent is present in the separation membrane at (a) a concentration ranging from about 35 milligrams/milliliter to about 250 milligrams/milliliter based on the wet weight of the first reagent present on the separation membrane, or (b) a concentration ranging from about 0.7 milligrams/square centimeter to about 10 milligrams/square centimeter based on the dry weight of the first reagent present on the separation membrane.
System for performing and/or documenting of real-time remotely assisted professional procedure comprising: a. at least one signal management device comprising at least one between a capture means, a recording means, a reproducing means, a command means and/or signal transmission means; and b. at least one signal management server comprising at least one between a storage means and/or a communication addressing means; - the signal management device and the signal management server communicate each other through a communication channel able to traffic at least one signal; - the system further comprising an access device which communicates with the signal management server having a user and/or consultant, wherein the access device comprises means for sending of at least one signal for addressing request to the server; characterized by - the signal management server generates a traffic channel between the access device and the signal management device, said signal management device sends a signal towards the signal management server for authentication with at least one signal originating from at least one access device, wherein the command means outputs the signal to request the connection only after a command issued by a local user provided with the signal management device, said signal comprising at least a command signal for authentication by the signal management server; and when the authenticity of the connection is verified, the traffic channel enables communication between the signal management device and the access device. a. at least one signal management device comprising at least one between a capture means, a recording means, a reproducing means, a command means and/or signal transmission means; and b. at least one signal management server comprising at least one between a storage means and/or a communication addressing means; - the signal management device and the signal management server communicate each other through a communication channel able to traffic at least one signal; - the system further comprising an access device which communicates with the signal management server having a user and/or consultant, wherein the access device comprises means for sending of at least one signal for addressing request to the server; characterized by - the signal management server generates a traffic channel between the access device and the signal management device, said signal management device sends a signal towards the signal management server for authentication with at least one signal originating from at least one access device, wherein the command means outputs the signal to request the connection only after a command issued by a local user provided with the signal management device, said signal comprising at least a command signal for authentication by the signal management server; and when the authenticity of the connection is verified, the traffic channel enables communication between the signal management device and the access device.
A method of forming a vacuum insulated refrigerator housing structure, the method comprising: extruding an elongated tube having opposite open ends defining a length there between, the elongated tube having a substantially uniform cross sectional shape along the length of the tube, wherein the elongated tube defines generally planar first and second oppositely-facing primary outer surfaces (34, 36) and first and second end surfaces (38, 40) extending between the first and second primary outer surfaces (34, 36); sealing the opposite open ends to form an airtight and continuous insulating space within the tube; forming a vacuum in the airtight insulating space; deforming the tube along at least four fold lines (68A-68D) to form at least four corners (46A,B, 48A,B) whereby portions of the first primary surface (34, 36) adjacent each corner (46A,B, 48A,B) are substantially orthogonal relative to one another, opposite ends of the tube being positioned adjacent one another; connecting the opposite ends together to form a refrigerator housing structure having spaced apart generally upright side walls and spaced apart upper and lower side walls extending between the generally upright side walls, wherein the refrigerator housing structure defines an internal space and vertically enlarged front and rear openings (22, 24); and attaching an insulated rear panel to the refrigerator housing structure to at least partially close off the enlarged rear opening. extruding an elongated tube having opposite open ends defining a length there between, the elongated tube having a substantially uniform cross sectional shape along the length of the tube, wherein the elongated tube defines generally planar first and second oppositely-facing primary outer surfaces (34, 36) and first and second end surfaces (38, 40) extending between the first and second primary outer surfaces (34, 36); sealing the opposite open ends to form an airtight and continuous insulating space within the tube; forming a vacuum in the airtight insulating space; deforming the tube along at least four fold lines (68A-68D) to form at least four corners (46A,B, 48A,B) whereby portions of the first primary surface (34, 36) adjacent each corner (46A,B, 48A,B) are substantially orthogonal relative to one another, opposite ends of the tube being positioned adjacent one another; connecting the opposite ends together to form a refrigerator housing structure having spaced apart generally upright side walls and spaced apart upper and lower side walls extending between the generally upright side walls, wherein the refrigerator housing structure defines an internal space and vertically enlarged front and rear openings (22, 24); and attaching an insulated rear panel to the refrigerator housing structure to at least partially close off the enlarged rear opening.
A method of wireless communication by a multi-carrier user equipment, UE, comprising: communicating with a base station using a primary and a secondary component carrier configured for the UE; determining a power control parameter for the secondary component carrier when the secondary component carrier is in an activated state, the power control parameter being specified by the base station for uplink transmission on the secondary component carrier; deactivating the secondary component carrier after determining the power control parameter; establishing (806, 808) a power control adjustment state of the UE for uplink transmission on the secondary component carrier based at least in part on a value of the power control parameter at deactivation of the secondary component carrier; and reactivating the secondary component carrier in the power control adjustment state. communicating with a base station using a primary and a secondary component carrier configured for the UE; determining a power control parameter for the secondary component carrier when the secondary component carrier is in an activated state, the power control parameter being specified by the base station for uplink transmission on the secondary component carrier; deactivating the secondary component carrier after determining the power control parameter; establishing (806, 808) a power control adjustment state of the UE for uplink transmission on the secondary component carrier based at least in part on a value of the power control parameter at deactivation of the secondary component carrier; and reactivating the secondary component carrier in the power control adjustment state.
A computer program which, when executed on a computer comprising a display, causes the computer to perform a method for evaluating the long term probability for severe hypoglycemia and/or moderate hypoglycemia of a patient based on blood glucose data collected over a predetermined duration, said method comprising: computing a low blood glucose index (LBGI) based on said collected BG data; estimating the number of future SH episodes using a predetermined mathematical formula based on said computed LBGI, defining predetermined risk categories (RCAT), each of said risk categories (RCAT) representing a range of values for LBGI; assigning said LBGI to at least one of said risk categories(RCAT); defining a probability of incurring a select number of SH episodes respectively for each of said assigned risk categories (RCAT) using a two-parameter Weibull distribution with parameters a and is which are greater than 0 F(x) = 1-exp (-a.x b) for any x>0 and 0 otherwise; and displaying the probability. computing a low blood glucose index (LBGI) based on said collected BG data; estimating the number of future SH episodes using a predetermined mathematical formula based on said computed LBGI, defining predetermined risk categories (RCAT), each of said risk categories (RCAT) representing a range of values for LBGI; assigning said LBGI to at least one of said risk categories(RCAT); defining a probability of incurring a select number of SH episodes respectively for each of said assigned risk categories (RCAT) using a two-parameter Weibull distribution with parameters a and is which are greater than 0 F(x) = 1-exp (-a.x b) for any x>0 and 0 otherwise; and displaying the probability.
A relief valve for an arc-control chamber in a high- or medium-voltage circuit breaker, the valve comprising: a body extending in a radial plane relative to a main axis of the arc-control chamber and having a plurality of axial orifices formed therethrough and at least one valve member; wherein the body includes an annular duct axially extending the orifices and that is suitable for being closed by the valve member, and wherein the annular duct comprises a first portion into which the orifices open out and a second portion that is suitable for being closed by the valve member, characterized in that the first portion of the annular duct is defined by an outer annular wall that is situated radially outside the orifices and by an inner second annular wall that is situated radially inside the orifices. a body extending in a radial plane relative to a main axis of the arc-control chamber and having a plurality of axial orifices formed therethrough and at least one valve member; wherein the body includes an annular duct axially extending the orifices and that is suitable for being closed by the valve member, and wherein the annular duct comprises a first portion into which the orifices open out and a second portion that is suitable for being closed by the valve member,