mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing a plurality of meat carcases comprising:- chilling the carcasses as they are led through an enclosure having a plurality of cubicles , each cubicle comprising a plurality of spaced-apart nozzles; the carcasses being chilled by circulating air through the enclosure at a speed of from 0.5 to 2 metres/second and a temperature of from 0°C to 5°C; deluging the carcasses with water and/or a dilute solution of organic acid delivered through the plurality of nozzles as the carcasses are led through the plurality of cubicles to induce surface evaporation and binding of water onto the carcass surface; and turning the carcasses as they are led through a cubicle , wherein the surface of a carcass is deluged multiple times at spaced-apart intervals and wherein all carcasses led through the enclosure being subjected to the same treatment. chilling the carcasses as they are led through an enclosure having a plurality of cubicles , each cubicle comprising a plurality of spaced-apart nozzles; the carcasses being chilled by circulating air through the enclosure at a speed of from 0.5 to 2 metres/second and a temperature of from 0°C to 5°C; deluging the carcasses with water and/or a dilute solution of organic acid delivered through the plurality of nozzles as the carcasses are led through the plurality of cubicles to induce surface evaporation and binding of water onto the carcass surface; and turning the carcasses as they are led through a cubicle , wherein the surface of a carcass is deluged multiple times at spaced-apart intervals and wherein all carcasses led through the enclosure being subjected to the same treatment.
A de-alloyed catalyst of formula PtXY, wherein X represents a second metal which is selected from the group consisting of Ni, Co and Cr; and Y represents a third metal which is selected from the group consisting of Zn, Al, Sn, Be, Pb, Ga, V, In, Y, Sr and Ti; characterised in that the total atomic composition relative to Pt of X and Y at the surface of the de-alloyed catalyst as determined from X-ray photoelectron spectroscopy is between 20 and 99% lower than the total atomic composition relative to Pt of X and Y in the bulk of the de-alloyed catalyst, wherein the X-ray photoelectron spectroscopy uses monochromised aluminium Kα radiation with a 650 μm spot size.
Method for controlling the amount of enamel applied onto ceramic tiles or slabs in a decoration station , said ceramic tiles or slabs being moved by a conveyor , so that they enter said station, pass in succession by at least one application device equipped with a spray nozzle arranged in the same station and finally exit said station, said method being characterized by including the following operative steps: - periodical acquisition of at least one image of the spray pattern (V) generated by the aforementioned at least one spray nozzle ; - the detection of at least one brightness value in said pattern (V) for each of said acquisitions, and comparison of the detected value with predetermined reference values, the difference between the detected brightness value and said reference values identifying a corresponding variations of density of a product emitted by said nozzle and, correspondingly, of the weight of the product per unit of surface applied by said nozzle onto said ceramic tiles or slabs ; - activation of at least one action for compensating the effect of said variation in density on the weight of the product deposited on each unit of surface when a first predetermined threshold value is exceeded, said action for compensating comprising the variation of at least one operating parameter of said decoration station . - periodical acquisition of at least one image of the spray pattern (V) generated by the aforementioned at least one spray nozzle ; - the detection of at least one brightness value in said pattern (V) for each of said acquisitions, and comparison of the detected value with predetermined reference values, the difference between the detected brightness value and said reference values identifying a corresponding variations of density of a product emitted by said nozzle and, correspondingly, of the weight of the product per unit of surface applied by said nozzle onto said ceramic tiles or slabs ; - activation of at least one action for compensating the effect of said variation in density on the weight of the product deposited on each unit of surface when a first predetermined threshold value is exceeded, said action for compensating comprising the variation of at least one operating parameter of said decoration station .
A method of managing a missed event in an Internet of Things (IoT) environment, the method comprising: determining(S311) a sequence of events executed by a user; identifying(S313; S301) a first event among the sequence of events as a critical event; detecting(S315; S302) a missed event among the sequence of events; determining(S317) a significance weight of the missed event; and providing a notification (S303) indicating non-execution of the missed event during initiation of execution of the first event, based on the significance weight of the missed event. determining(S311) a sequence of events executed by a user; identifying(S313; S301) a first event among the sequence of events as a critical event; detecting(S315; S302) a missed event among the sequence of events; determining(S317) a significance weight of the missed event; and providing a notification (S303) indicating non-execution of the missed event during initiation of execution of the first event, based on the significance weight of the missed event.
.- Compact clamp for glass sliding doors with incorporated damper, said clamp including two jaws that are connected by means of connecting screws and spacer screws that allow to establish the adequate separation for coupling to glass doors of different thicknesses, wherein in the right jaw one or more wheels for the displacement of the door by an overhead rail are placed, and wherein in the opposite left jaw a damping means is placed, characterised in that said damping means are constituted by a damping assembly of double effect and gas and oil technology that includes a cylinder , which is inseparably integrated in the body of the left jaw and in which are distinguished a front gas chamber and a rear gas chamber ; and - a central oil tank located between the front gas chamber and the rear gas chamber ; said damping assembly further comprising: - a blind floating piston which separates the rear gas chamber and the central oil tank ; - an annular floating piston watertight, separating the front gas chamber and the central oil tank ; - a damping piston not watertight located in the central oil tank dividing it into two chambers - a shank passing through the annular floating piston , which is connected to the damping piston and which has at its external end a oscillating hook which is designed to be coupled to a end-of-stroke limit located in the guide through which the door runs or in its frame; - and a guide through which the oscillating hook runs and said oscillating hook including means for blocking the position of the damping assembly in a prestressed position. - a central oil tank located between the front gas chamber and the rear gas chamber ; said damping assembly further comprising: - a blind floating piston which separates the rear gas chamber and the central oil tank ; - an annular floating piston watertight, separating the front gas chamber and the central oil tank ; - a damping piston not watertight located in the central oil tank dividing it into two chambers - a shank passing through the annular floating piston , which is connected to the damping piston and which has at its external end a oscillating hook which is designed to be coupled to a end-of-stroke limit located in the guide through which the door runs or in its frame; - and a guide through which the oscillating hook runs and said oscillating hook including means for blocking the position of the damping assembly in a prestressed position. - a blind floating piston which separates the rear gas chamber and the central oil tank ; - an annular floating piston watertight, separating the front gas chamber and the central oil tank ; - a damping piston not watertight located in the central oil tank dividing it into two chambers - a shank passing through the annular floating piston , which is connected to the damping piston and which has at its external end a oscillating hook which is designed to be coupled to a end-of-stroke limit located in the guide through which the door runs or in its frame; - and a guide through which the oscillating hook runs and said oscillating hook including means for blocking the position of the damping assembly in a prestressed position.
Fastening system for a hinge, comprising a profile , a fastening piece , at least two clamping pieces , and at least two fastening means which each bear against the fastening piece in the assembled state and act in a force direction (R, R') and interact with the clamping pieces in order to displace the clamping pieces , wherein the profile provides first contact surfaces for the clamping pieces and the fastening piece provides second contact surfaces for the clamping pieces , wherein the clamping pieces have a shoulder on the side thereof that faces the first contact surface , wherein, in order to guide the clamping pieces relative to the fastening piece , the second contact surfaces comprise guide surfaces for the clamping pieces that are oblique with respect to the force direction (R, R'), and/or the clamping pieces are each wedge-shaped on the side thereof that faces the second contact surface , wherein, in the assembled state, the clamping pieces each bear against the first contact surface with the shoulder and bear against the second contact surface with the side facing the second contact surface , characterized in that, the clamping pieces have teeth on the side facing the second contact surface , which teeth produce or maintain a wedge shape of the clamping pieces on this side of the clamping pieces , and have the shoulder on the opposite side. wherein the clamping pieces have a shoulder on the side thereof that faces the first contact surface , wherein, in order to guide the clamping pieces relative to the fastening piece , the second contact surfaces comprise guide surfaces for the clamping pieces that are oblique with respect to the force direction (R, R'), and/or the clamping pieces are each wedge-shaped on the side thereof that faces the second contact surface , wherein, in the assembled state, the clamping pieces each bear against the first contact surface with the shoulder and bear against the second contact surface with the side facing the second contact surface , characterized in that, the clamping pieces have teeth on the side facing the second contact surface , which teeth produce or maintain a wedge shape of the clamping pieces on this side of the clamping pieces , and have the shoulder on the opposite side.
A method comprising the steps of: receiving at a second network element, a signal from a first network element, said signal indicating that the first network element will enter a period of inactivity; storing at the second network element, as a consequence of the signal reception, at least one parameter relating to the current interference between the first network element and the second network element; receiving at the second network element, a second signal from the first network element, the second signal indicating that the first network element becomes active again; updating at the second network element, the at least one parameter using the stored at least one parameter when the first network element becomes active; and allocating and/or initialising carrier resources at the second network element using the updated at least one parameter. receiving at a second network element, a signal from a first network element, said signal indicating that the first network element will enter a period of inactivity; storing at the second network element, as a consequence of the signal reception, at least one parameter relating to the current interference between the first network element and the second network element; receiving at the second network element, a second signal from the first network element, the second signal indicating that the first network element becomes active again; updating at the second network element, the at least one parameter using the stored at least one parameter when the first network element becomes active; and allocating and/or initialising carrier resources at the second network element using the updated at least one parameter.
Method for operating a wireless communication device in a cellular network , the wireless communication device comprising a communication unit comprising a radio mode decision unit and a transceiver unit , the radio mode decision unit further maintaining a set of network operation modes, the wireless communication device further comprising a controlling appliance , interconnected with the communication unit by means of a command interface , the method comprising the steps of, for the communication unit: - ascertaining at least one communication behavior parameterization conforming to a preconfigured communication behavior demand of the cellular network , wherein the communication behavior parameterization comprises a plurality of network operation modes indicated by the cellular network , for the controlling appliance: - submitting a transport template dataset comprising at least one data element relating to an envisaged communication behavior to the communication unit by means of the command interface , for the radio mode decision unit: - determining for an imminent data exchange session of the wireless communication device with the cellular network by means of the transceiver unit , one of said network operation modes by selecting out of said plurality of network operation modes, wherein for said selection taking into account said at least one communication behavior parameterization and said transport template dataset. - ascertaining at least one communication behavior parameterization conforming to a preconfigured communication behavior demand of the cellular network , wherein the communication behavior parameterization comprises a plurality of network operation modes indicated by the cellular network , for the controlling appliance: - submitting a transport template dataset comprising at least one data element relating to an envisaged communication behavior to the communication unit by means of the command interface , - determining for an imminent data exchange session of the wireless communication device with the cellular network by means of the transceiver unit , one of said network operation modes by selecting out of said plurality of network operation modes, wherein for said selection taking into account said at least one communication behavior parameterization and said transport template dataset.
Coil designed for a vibronic-type transducer, wherein said coil is designed to be used at an operating temperature above 350 °C, said coil comprising: - a coil carrier , particularly circular cylindrical and/or at least partially made of ceram ic; - a coil wire , particularly having a wire diameter of less than 0.5 mm and/or not less than 0.05 mm, wherein said wire is at least partially surrounded by an insulating layer and is wrapped around the coil carrier ; - and a protective layer covering at least partially, particularly primarily or completely, the coil wire wrapped around the coil carrier , particularly in multiple layers, and surrounded by the insulating layer ; - wherein the coil wire is made at least partially, particularly primarily or completely, from silver, particularly fine silver, or a silver alloy, particularly AgNiO 15; characterized in that - the insulating layer surrounding the coil wire is made at least partially, particularly primarily or completely, from a ceramic material particularly containing aluminum oxide (Al 2 O 3 ) and/or silicone oxide (SiO 3 ); - and in that the protective layer is made at least partially, particularly primarily or completely, from a ceramic material particularly containing zirconium oxide (ZrO 2 ) and/or compliant with European Directive 2011/65/EU (ROHS 2), and/or a glass particularly compliant with European Directive 2011/65/EU (ROHS 2) and/or having the CAS registration number 65997-17-3 and/or containing boron trioxide (B 2 O 3 ) and/or aluminum oxide (Al 2 O 3 ) and/or de bismuth oxide (Bi 2 O 3 ) and/or zinc oxide (ZnO). - a coil carrier , particularly circular cylindrical and/or at least partially made of ceram ic; - a coil wire , particularly having a wire diameter of less than 0.5 mm and/or not less than 0.05 mm, wherein said wire is at least partially surrounded by an insulating layer and is wrapped around the coil carrier ; - and a protective layer covering at least partially, particularly primarily or completely, the coil wire wrapped around the coil carrier , particularly in multiple layers, and surrounded by the insulating layer ; - wherein the coil wire is made at least partially, particularly primarily or completely, from silver, particularly fine silver, or a silver alloy, particularly AgNiO 15; - the insulating layer surrounding the coil wire is made at least partially, particularly primarily or completely, from a ceramic material particularly containing aluminum oxide (Al 2 O 3 ) and/or silicone oxide (SiO 3 ); - and in that the protective layer is made at least partially, particularly primarily or completely, from a ceramic material particularly containing zirconium oxide (ZrO 2 ) and/or compliant with European Directive 2011/65/EU (ROHS 2), and/or a glass particularly compliant with European Directive 2011/65/EU (ROHS 2) and/or having the CAS registration number 65997-17-3 and/or containing boron trioxide (B 2 O 3 ) and/or aluminum oxide (Al 2 O 3 ) and/or de bismuth oxide (Bi 2 O 3 ) and/or zinc oxide (ZnO).
A water feed hose comprising: a hose ; a connector fixed to an end part of the hose ; a power generation unit which generates electric power in a state attached to the connector or the hose ; a secondary battery charged with the electric power generated by the power generation unit ; a power supply circuit which supplies, at a preset current and voltage, the electric power stored in the secondary battery or the electric power generated by the power generation unit ; an electronic unit which operates with the electric power supplied via the power supply circuit characterized by , a main switch which switches the power supply circuit to a state in which electric power is supplied to the electronic unit , wherein the electronic unit includes: a light source including at least one of an LED and an organic EL; a light emission control unit which controls a pattern for causing the light source to emit light ; and a connection detection switch which outputs a connection signal when an other-side connector fitted into the connector is connected, and the light emission control unit changes the pattern for causing the light source to emit light when the connection signal is detected. a hose ; a connector fixed to an end part of the hose ; a power generation unit which generates electric power in a state attached to the connector or the hose ; a secondary battery charged with the electric power generated by the power generation unit ; a power supply circuit which supplies, at a preset current and voltage, the electric power stored in the secondary battery or the electric power generated by the power generation unit ; an electronic unit which operates with the electric power supplied via the power supply circuit characterized by , a main switch which switches the power supply circuit to a state in which electric power is supplied to the electronic unit , wherein a light source including at least one of an LED and an organic EL; a light emission control unit which controls a pattern for causing the light source to emit light ; and a connection detection switch which outputs a connection signal when an other-side connector fitted into the connector is connected, and the light emission control unit changes the pattern for causing the light source to emit light when the connection signal is detected.
A modified FGF-21 polypeptide comprising the polypeptide of SEQ ID NO:201 wherein the paraacetyl-phenylalanine residue thereof is linked to a poly(ethylene glycol) moiety, for use in a method of treating a disease associated with fibrosis selected from non-alcoholic steatohepatitis (NASH), liver fibrosis, and cirrhosis in a patient.
An energy handling system for converting, storing or transmitting energy, the energy handling system comprising a heat exchange unit for exchanging heat between a first substance and a second substance , the heat exchange unit comprising a first inner compartment and a second outer compartment , the first inner compartment and the second outer compartment being positioned adjacent each other and being separated by a heat exchange surface , a balloon being mounted in the first inner compartment so as to form in the first inner compartment a hermetically sealed volume between the outer surface of the balloon and the heat exchange surface , the hermetically sealed volume being filled with the first substance , the balloon being configured for being filled with a balloon fluid the second outer compartment being filled with the second substance , wherein the area of the heat exchange surface that is in contact with the first substance and a second substance remains substantially the same during the heat exchange process. a heat exchange unit for exchanging heat between a first substance and a second substance , the heat exchange unit comprising a first inner compartment and a second outer compartment , the first inner compartment and the second outer compartment being positioned adjacent each other and being separated by a heat exchange surface , a balloon being mounted in the first inner compartment so as to form in the first inner compartment a hermetically sealed volume between the outer surface of the balloon and the heat exchange surface , the hermetically sealed volume being filled with the first substance , the balloon being configured for being filled with a balloon fluid the second outer compartment being filled with the second substance , wherein the area of the heat exchange surface that is in contact with the first substance and a second substance remains substantially the same during the heat exchange process.
A safety system for monitoring a machine , in particular a robot, the safety system comprising at least one position sensor (12a-e) for determining the pose of at least one movable machine part , a machine controller which is connected to the position sensor (12a-e) in order to determine a movement path of the movable machine part from the sensor data of the position sensor (12a-e), and a control and evaluation unit which is in communication connection with the machine controller , characterized in that , in order to check the movement path obtained by means of the position sensor (12a-e), at least one co-moving camera is attached to the moving machine part in order to acquire an image sequence of the surroundings of the machine from the first-person perspective during its movement, in that an image evaluation unit is provided in order to determine a movement path of the camera from the image sequence and to output the movement path to the control and evaluation unit , and in that the control and evaluation unit is configured to compare at least a section of the movement path of the moving machine part and the movement path of the camera with one another, so that by means of the position sensor (12a-e) and the camera the movement path of the moving machine part is determined with diverse redundancy and thus a safe movement monitoring is achieved.