mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic activation button having at least two activation states for water taps , which has at least one activation section , a base section and guide means for a movement of the two sections relative to each other, wherein as a relative movement, the guide means permit a rotary movement of the activation section about a rotation axis of the base section , and which has at least one magnet associated with an activation state , which in the course of the relative movement comes at least intermittently within a range of a sensor and reaches a minimum distance to the sensor , characterized in that at least one sensor is selectively arranged in one section and at least two magnets , which have at least varying magnetic field strengths or varying minimum distances to the at least one sensor , are selectively arranged in the other section , or at least two sensors are arranged in one section and at least one magnet is arranged in the other section , the at least one magnet having varying minimum distances to the at least two sensors , and that the at least one sensor is arranged in a first normal plane to the rotation axis and the magnets that are used are arranged such that during the rotary movement about the rotation axis , they move in a circular orbit and are arranged in at least one second normal plane distanced from the rotation axis .
A patch-upgrade-based file processing method, comprising: obtaining (S201) a patch package; saving (S202) the patch package in a second partition when the patch package comprises an emergency patch package identifier; saving (S204), in a preconfigured system, an association relationship that is between original file path information and patch upgrade file path information and that is in the patch package in the second partition; receiving (S101) a file access request, wherein the file access request comprises storage path information; determining (S102) whether the storage path information exists in the association relationship that is between original file path information and patch upgrade file path information when the storage path information indicates a first partition, wherein the patch upgrade file path information is in the preconfigured system; querying (S103) the association relationship to obtain patch upgrade file path information corresponding to the storage path information when the storage path information exists in the association relationship that is between the original file path information and the patch upgrade file path information; and obtaining (S104), from a target partition that is indicated by the patch upgrade file path information, a patch upgrade file that matches the patch upgrade file path information, wherein the obtaining operation comprises obtaining, from the second partition, the patch upgrade file that matches the patch upgrade file path information. obtaining (S201) a patch package; saving (S202) the patch package in a second partition when the patch package comprises an emergency patch package identifier; saving (S204), in a preconfigured system, an association relationship that is between original file path information and patch upgrade file path information and that is in the patch package in the second partition; receiving (S101) a file access request, wherein the file access request comprises storage path information; determining (S102) whether the storage path information exists in the association relationship that is between original file path information and patch upgrade file path information when the storage path information indicates a first partition, wherein the patch upgrade file path information is in the preconfigured system; querying (S103) the association relationship to obtain patch upgrade file path information corresponding to the storage path information when the storage path information exists in the association relationship that is between the original file path information and the patch upgrade file path information; and obtaining (S104), from a target partition that is indicated by the patch upgrade file path information, a patch upgrade file that matches the patch upgrade file path information, wherein the obtaining operation comprises obtaining, from the second partition, the patch upgrade file that matches the patch upgrade file path information.
A method for conditioning a solder joint in an assembly comprising: - i) obtaining an assembly having a solder joint wherein the solder joint is a lead-free solder joint comprising Bi and Sn and - ii) heating the assembly to a temperature near the solvus temperature of the alloy, wherein when the assembly has cooled the bismuth particles are smaller and more evenly distributed in the solder joint than before the heating step; and wherein the temperature near the solvus temperature of the alloy is a temperature up to 5°C below the solvus or a temperature up to 40°C above the solvus; wherein the lead-free solder joint comprises from 0 to 5 weight % Ag, 0 to 1 weight % Cu and 2 to 10 weight % Bi with the remainder being Sn; and wherein the heat treating step is performed at a temperature of from 75 °C to 130 °C; wherein the heating step is a single cycle treatment having a duration of from 10 minutes to 24 hours; or wherein the heating step is a multiple cycle treatment comprising 2 or more heating cycles, wherein each heating cycle has a duration of 5 minutes to 8 hours with a period of cooling in between. - i) obtaining an assembly having a solder joint wherein the solder joint is a lead-free solder joint comprising Bi and Sn and - ii) heating the assembly to a temperature near the solvus temperature of the alloy, wherein when the assembly has cooled the bismuth particles are smaller and more evenly distributed in the solder joint than before the heating step; and wherein the temperature near the solvus temperature of the alloy is a temperature up to 5°C below the solvus or a temperature up to 40°C above the solvus; wherein the lead-free solder joint comprises from 0 to 5 weight % Ag, 0 to 1 weight % Cu and 2 to 10 weight % Bi with the remainder being Sn; and wherein the heat treating step is performed at a temperature of from 75 °C to 130 °C; wherein the heating step is a single cycle treatment having a duration of from 10 minutes to 24 hours; or wherein the heating step is a multiple cycle treatment comprising 2 or more heating cycles, wherein each heating cycle has a duration of 5 minutes to 8 hours with a period of cooling in between.
A method of reducing air within a stent graft delivery device, comprising; providing a stent graft delivery device comprising a guide wire catheter , a pusher catheter coaxially disposed over the guide wire catheter, the pusher catheter arranged relative to the guide wire catheter to define a stent graft retention region therebetween, a manifold including a manifold passageway longitudinally receiving the pusher catheter , a sheath hub including a hub passageway longitudinally receiving the pusher catheter, and a sheath arrangement longitudinally extending from the sheath hub toward a proximal end of the guide wire catheter , the sheath arrangement being coaxial with and surrounding the guide wire catheter and the pusher catheter , wherein a first fluid port is defined by the manifold and in communication with the manifold passageway and the pusher lumen, a second fluid port is defined by the sheath hub and in communication with the hub passageway and an annular space defined between the sheath arrangement and the pusher catheter, and a third fluid port is at a distal end of the guide wire catheter and in communication with a guide wire lumen longitudinally extending within the guide wire catheter; flushing a first liquid within the first fluid port, whereby the first liquid traverses the manifold passageway, traverses proximally through the pusher lumen, through a proximal end opening of the pusher catheter, and into the stent graft retention region, and at least a partial amount of first fluid exits the stent graft retention region at a proximal end of the sheath arrangement; flushing a gas within the second fluid port, and after a period of time subsequently flushing a second liquid within the second fluid port, whereby each of the gas and the second liquid traverses the hub passageway, traverses proximally through the annular space and into the stent graft retention region, and at least a partial amount of gas and at least a partial amount of second fluid exit the stent graft retention region at the proximal end of the sheath arrangement; and flushing a third liquid within the third fluid port, whereby the third liquid traverses proximally through the guide wire lumen and at least a partial amount of third fluid exits out of the proximal end of the guide wire catheter, whereby less than 0.2 ml of air is present in the stent graft delivery device.
Flow meter for detecting the flow rate of a flowing fluid for fitting into a supply line containing the fluid , having a measuring arrangement which is flowed through by the fluid in a predefined meter throughflow direction , in which the flow meter is continuously operated, a control and evaluation unit which controls the measuring arrangement and determines flow rate data, characterized in that the fitting situation with respect to the throughflow direction is not predefined on the device, but rather is established by the flow meter itself on the basis of the measurement data available to the flow meter in that the fitting-dependent throughflow direction is automatically determined by the control and evaluation unit as the fitting throughflow direction on the basis of the flow rate data, and, with a first installation or re-installation of the flow meter , the control and evaluation unit is automatically configured during a configuration routine on the basis of the flow rate data in such a way that, during the continuous operation following the first installation or re-installation, the meter throughflow direction is matched to the fitting throughflow direction control-internally, with the result that the meter throughflow direction and the fitting throughflow direction coincide. a measuring arrangement which is flowed through by the fluid in a predefined meter throughflow direction , in which the flow meter is continuously operated, a control and evaluation unit which controls the measuring arrangement and determines flow rate data, characterized in that the fitting situation with respect to the throughflow direction is not predefined on the device, but rather is established by the flow meter itself on the basis of the measurement data available to the flow meter in that the fitting-dependent throughflow direction is automatically determined by the control and evaluation unit as the fitting throughflow direction on the basis of the flow rate data, and, with a first installation or re-installation of the flow meter , the control and evaluation unit is automatically configured during a configuration routine on the basis of the flow rate data in such a way that, during the continuous operation following the first installation or re-installation, the meter throughflow direction is matched to the fitting throughflow direction control-internally, with the result that the meter throughflow direction and the fitting throughflow direction coincide.
A boiler apparatus comprising: a multi-stage boiler including a housing that is divided into three separate chambers for various stages of an incineration process; a first chamber is used for a warming stage, a second chamber used for a main incineration stage, and third chamber used for a supplemental incineration stage; a conveyor extending longitudinally through each chamber of said multi-stage boiler , characterized in that the boiler apparatus is a bale boiler apparatus; a heat powered electric generator operatively connected to said multi-stage boiler; wherein said conveyor transports bales of material through each chamber of said multi-stage boiler such that said bales are burned to generate heat; and wherein said heat is used to power said heat powered electric generator in order to produce electricity. a multi-stage boiler including a housing that is divided into three separate chambers for various stages of an incineration process; a first chamber is used for a warming stage, a second chamber used for a main incineration stage, and third chamber used for a supplemental incineration stage; a conveyor extending longitudinally through each chamber of said multi-stage boiler , characterized in that the boiler apparatus is a bale boiler apparatus; a heat powered electric generator operatively connected to said multi-stage boiler; wherein said conveyor transports bales of material through each chamber of said multi-stage boiler such that said bales are burned to generate heat; and wherein said heat is used to power said heat powered electric generator in order to produce electricity.
An optical module comprising: a measuring device including: a measuring portion that measures light reflected at a measurement position (P) of a measurement target, a light source that radiates light onto the measurement position in a direction crossing a measurement optical axis (L) oriented from the measurement position to the measuring portion, and a window through which light incident on the measuring portion passes; and a shutter that opens and closes the window of the measuring device, wherein the shutter is provided with a reference object that is disposed on a face of the shutter facing the measuring portion, the reference object being closer to the measuring portion side than the measurement position on the measurement optical axis when the window is closed, the optical module includes a light guide that diffusively guides the light from the light source to the reference object when the window is closed by the shutter , and the light guide includes an irregular reflector that irregularly reflects the light from the light source, the irregular reflector having a plurality of concave and convex portions on a surface thereof. a measuring device including: a measuring portion that measures light reflected at a measurement position (P) of a measurement target, a light source that radiates light onto the measurement position in a direction crossing a measurement optical axis (L) oriented from the measurement position to the measuring portion, and a window through which light incident on the measuring portion passes; and a measuring portion that measures light reflected at a measurement position (P) of a measurement target, a light source that radiates light onto the measurement position in a direction crossing a measurement optical axis (L) oriented from the measurement position to the measuring portion, and a window through which light incident on the measuring portion passes; and a shutter that opens and closes the window of the measuring device, wherein the shutter is provided with a reference object that is disposed on a face of the shutter facing the measuring portion, the reference object being closer to the measuring portion side than the measurement position on the measurement optical axis when the window is closed, the optical module includes a light guide that diffusively guides the light from the light source to the reference object when the window is closed by the shutter , and the light guide includes an irregular reflector that irregularly reflects the light from the light source, the irregular reflector having a plurality of concave and convex portions on a surface thereof.
A system for providing connectivity service in a multi-tenant network, comprising: a router ; a mobile gateway in communication with the router over the multi-tenant network, the mobile gateway being configured to provide a connection to a service provider network; wherein the router is further characterized in that it is configured to receive a plurality of data packets, each of the data packets identifying one of a plurality of tenant devices , wherein each of the plurality of tenant devices is associated with one of a plurality of tenants ; the router further configured to determine an Internet Protocol, IP, address associated with each of the data packets; the router further configured to determine a Virtual Local Area Network Identifier, VLAN ID, based on the IP address, the VLAN ID being a unique identifier of a respective one of the tenants; the router further configured to add the VLAN ID of a corresponding one of the tenants into a header of each of the data packets; and the router further configured to transport the data packets to the mobile gateway via a multi-tenant network tunnel protocol. a router ; a mobile gateway in communication with the router over the multi-tenant network, the mobile gateway being configured to provide a connection to a service provider network; wherein the router is further characterized in that it is configured to receive a plurality of data packets, each of the data packets identifying one of a plurality of tenant devices , wherein each of the plurality of tenant devices is associated with one of a plurality of tenants ; the router further configured to determine an Internet Protocol, IP, address associated with each of the data packets; the router further configured to determine a Virtual Local Area Network Identifier, VLAN ID, based on the IP address, the VLAN ID being a unique identifier of a respective one of the tenants; the router further configured to add the VLAN ID of a corresponding one of the tenants into a header of each of the data packets; and the router further configured to transport the data packets to the mobile gateway via a multi-tenant network tunnel protocol.
A discharge blocking device compatible with a firearm having a magazine housing and a trigger bar , the trigger bar having a range of motion between a forward released position and a rearward discharge position, the discharge blocking device comprising: a cover defining a longitudinal dimension configured to be removably received in the magazine housing; a locking mechanism connected to the cover ; and a rotating locking element configured to rotate about an axis that is aligned with the longitudinal dimension and connected to the locking mechanism and having an end having a rotating projection configured to at least partially rotate between a locked state and an unlocked state, wherein the rotating projection is configured to prevent movement of the trigger bar to the reward discharge position and to prevent extraction of the discharge blocking device from the magazine housing when in the locked state, and wherein the rotating projection is configured to enable movement of the trigger bar to the reward discharge position and to enable extraction of the discharge blocking device from the magazine housing when in the unlocked state. a cover defining a longitudinal dimension configured to be removably received in the magazine housing; a locking mechanism connected to the cover ; and a rotating locking element configured to rotate about an axis that is aligned with the longitudinal dimension and connected to the locking mechanism and having an end having a rotating projection configured to at least partially rotate between a locked state and an unlocked state, wherein the rotating projection is configured to prevent movement of the trigger bar to the reward discharge position and to prevent extraction of the discharge blocking device from the magazine housing when in the locked state, and wherein the rotating projection is configured to enable movement of the trigger bar to the reward discharge position and to enable extraction of the discharge blocking device from the magazine housing when in the unlocked state.
Sulfur-crosslinkable rubber mixture, especially for the tread of pneumatic vehicle tyres, containing - 20 - 100 phr (parts by weight based on 100 parts by weight of all rubbers in the mixture) of at least one hydrogenated solution-polymerized styrene-butadiene copolymer having a degree of hydrogenation of 80% to 98% - up to 80 phr of at least one further diene rubber, - 40 - 350 phr of at least one filler and - a vulcanization system which contains at least one accelerator and elemental sulfur and at least one sulfur-donating substance, wherein the molar ratio of accelerator to sulfur is 0.4 to 5, wherein the total molar amount of sulfur consists of elemental sulfur and the sulfur donated by the sulfur-donating substances. - 20 - 100 phr (parts by weight based on 100 parts by weight of all rubbers in the mixture) of at least one hydrogenated solution-polymerized styrene-butadiene copolymer having a degree of hydrogenation of 80% to 98% - up to 80 phr of at least one further diene rubber, - 40 - 350 phr of at least one filler and - a vulcanization system which contains at least one accelerator and elemental sulfur and at least one sulfur-donating substance, wherein the molar ratio of accelerator to sulfur is 0.4 to 5, wherein the total molar amount of sulfur consists of elemental sulfur and the sulfur donated by the sulfur-donating substances.
A home cooking appliance comprising: - a housing ; - a cooking compartment in the housing and accessible through a door in the housing ; - a cooling air system that conveys air through the housing ; - a cooling air fan that moves air (A1, A2, A3, A4, A5.1, A5.2) through the cooling air system; - an air channel being in fluid communication with the cooling air system; - first means for exhausting a first portion (A5.2) of the air from the cooling air system along a rear wall of the housing , wherein the first means is an outlet of the air channel ; and - second means for exhausting a second portion (A5.1) of the air from the cooling air system from a top of the housing , characterized in that - the air channel includes an inlet and the outlet , wherein the inlet is in fluid communication with the cooling air system and the outlet is open to an exterior of the rear wall of the appliance , and - the air channel is formed by a stand-alone component, such as a sealed duct or channel, extending between the inlet and the outlet or - the air channel comprises at least one wall cooperating with the rear wall of the appliance to form a flow path between the inlet and the outlet . - a housing ; - a cooking compartment in the housing and accessible through a door in the housing ; - a cooling air system that conveys air through the housing ; - a cooling air fan that moves air (A1, A2, A3, A4, A5.1, A5.2) through the cooling air system; - an air channel being in fluid communication with the cooling air system; - first means for exhausting a first portion (A5.2) of the air from the cooling air system along a rear wall of the housing , wherein the first means is an outlet of the air channel ; and - second means for exhausting a second portion (A5.1) of the air from the cooling air system from a top of the housing , characterized in that - the air channel includes an inlet and the outlet , wherein the inlet is in fluid communication with the cooling air system and the outlet is open to an exterior of the rear wall of the appliance , and - the air channel is formed by a stand-alone component, such as a sealed duct or channel, extending between the inlet and the outlet or - the air channel comprises at least one wall cooperating with the rear wall of the appliance to form a flow path between the inlet and the outlet .
A device for delivering a Mesna formulation to tissues and/or organs, comprising a first chamber comprising Mesna in solid form, a second chamber comprising a buffer and at least one outlet for delivering the Mesna (sodium 2-mercaptoethanesulfonate) formulation, said outlet is in fluid communication with at least one of the chambers; said chambers are separated from each other by at least one disruptable separation means and are in fluid communication with each other upon disruption of said separation means thereby forming the Mesna formulation, characterized in that the pH of the buffer comprised in the second chamber is at least 8.5, wherein the buffer is devoid of carbon atoms.