mhurhangee/patent-ind-claim-en huggingface dataset:
A diaphragm pump (M) of the type comprising a body which comprises: - a suction connection and a connection for discharge of the fluid to be pumped, a suction valve and a discharge valve which are associated respectively with the suction and discharge connections; - a control chamber in which the diaphragm (M) is disposed, and a working chamber which is situated on the side of the diaphragm opposite the control chamber; - a control pipe which can connect the control chamber to a control connection of the body, this control pipe making it possible to apply alternately partial vacuum and pressure on the diaphragm; - the body comprising a receptacle which is open towards the exterior at one end, and is closed at its other end by a base comprising a suction orifice and a discharge orifice , the diaphragm (M) being situated in the vicinity of the base, or against the base, and being retained by a cap which is engaged in the receptacle, this cap having, at its end which faces towards the diaphragm, a recess which constitutes the control chamber , characterized in that the receptacle is oriented transversely, and preferably at right-angles relative to the control pipe , the recess which constitutes the control chamber is connected to a passage which opens onto the lateral surface of the cap, in order to establish communication with the control pipe , and the cap is retained in place in the receptacle by a ring , which is connected, in particular by means of a thread, to the body of the pump, and comprising a means for retention of the cap. - a suction connection and a connection for discharge of the fluid to be pumped, a suction valve and a discharge valve which are associated respectively with the suction and discharge connections; - a control chamber in which the diaphragm (M) is disposed, and a working chamber which is situated on the side of the diaphragm opposite the control chamber; - a control pipe which can connect the control chamber to a control connection of the body, this control pipe making it possible to apply alternately partial vacuum and pressure on the diaphragm; - the body comprising a receptacle which is open towards the exterior at one end, and is closed at its other end by a base comprising a suction orifice and a discharge orifice , the diaphragm (M) being situated in the vicinity of the base, or against the base, and being retained by a cap which is engaged in the receptacle, this cap having, at its end which faces towards the diaphragm, a recess which constitutes the control chamber ,
A method, comprising: uploading, from a memory , an electrocardiogram (ECG) measured at a given location over a portion of a heart; identifying, by a processor , based on the measured ECG, a rhythmic pattern over a given time-interval, the rhythmic pattern corresponding to a relation between a present cardiac cycle length and a preceding cardiac cycle length; determining, by the processor , based on the identified rhythmic pattern, a classification of the location as either showing a regular pattern or showing arrhythmia, wherein classifying the location as showing arrhythmia comprises classifying a type of the arrhythmia, the type of arrhythmia being either a first type that has a single value change of cycle length between consecutive cardiac cycle lengths or a second type that has multiple value changes of cycle length between consecutive cardiac cycle lengths; graphically encoding, by the processor , the location according to the classification and the type of the arrhythmia; and overlaying, by the processor , the graphically encoded location on an anatomical map of the portion of a heart. uploading, from a memory , an electrocardiogram (ECG) measured at a given location over a portion of a heart; identifying, by a processor , based on the measured ECG, a rhythmic pattern over a given time-interval, the rhythmic pattern corresponding to a relation between a present cardiac cycle length and a preceding cardiac cycle length; determining, by the processor , based on the identified rhythmic pattern, a classification of the location as either showing a regular pattern or showing arrhythmia, wherein classifying the location as showing arrhythmia comprises classifying a type of the arrhythmia, the type of arrhythmia being either a first type that has a single value change of cycle length between consecutive cardiac cycle lengths or a second type that has multiple value changes of cycle length between consecutive cardiac cycle lengths; graphically encoding, by the processor , the location according to the classification and the type of the arrhythmia; and overlaying, by the processor , the graphically encoded location on an anatomical map of the portion of a heart.
A tissue repair laminate comprising: (a) a thermoset biodegradable polyurethane foam layer having first and second oppositely facing major surfaces; and (b) a thermoplastic, biodegradable polyurethane barrier layer having first and second oppositely facing major surfaces; wherein the first major surface of said barrier layer and the second major surface of said foam layer face each other; wherein said foam layer comprises a pore structure configured for cellular infiltration; and wherein the second major surface of said barrier layer is less adhesiogenic than the first major surface of said foam layer . (a) a thermoset biodegradable polyurethane foam layer having first and second oppositely facing major surfaces; and (b) a thermoplastic, biodegradable polyurethane barrier layer having first and second oppositely facing major surfaces; wherein the first major surface of said barrier layer and the second major surface of said foam layer face each other; wherein said foam layer comprises a pore structure configured for cellular infiltration; and wherein the second major surface of said barrier layer is less adhesiogenic than the first major surface of said foam layer .
An ejection plate capable of ejecting pipette tips from nozzles of a fluid delivery device having ejection rods, which ejection plate comprises: a plate member comprising two opposing plate member surfaces; an array of bores, each of the bores terminating at each of the opposing plate member surfaces, wherein the surface of each of the bores is not a vertical surface extending from one plate member surface to the other plate member surface.; and connectors each in association with a surface of the ejection plate, each of which connectors comprises a magnetized material and is configured to magnetically connect the ejection plate to an ejection rod of a fluid delivery device or each of which connectors is configured to magnetically connect the ejection plate to another ejection plate attached to a fluid delivery device. a plate member comprising two opposing plate member surfaces; an array of bores, each of the bores terminating at each of the opposing plate member surfaces, wherein the surface of each of the bores is not a vertical surface extending from one plate member surface to the other plate member surface.; and connectors each in association with a surface of the ejection plate, each of which connectors comprises a magnetized material and is configured to magnetically connect the ejection plate to an ejection rod of a fluid delivery device or each of which connectors is configured to magnetically connect the ejection plate to another ejection plate attached to a fluid delivery device.
Method for automatically making a communication connection to a vehicle at a garage workstation, having the steps of: connecting a multiplicity of mobile communication interfaces to a respective one of a multiplicity of vehicles ; making unique associations between the vehicles and the respective mobile communication interfaces connected to them; storing the unique associations in a central software component (12; 42); automatically capturing identification data of one of the multiplicity of the mobile communication interfaces and/or of the respectively associated vehicle , which communication interface or which vehicle is at the garage workstation, or automatically capturing position co-ordinates of one of the multiplicity of the mobile communication interfaces that is at the garage workstation; transmitting the identification data or position co-ordinates to a vehicle tester at the garage workstation; identifying the mobile communication interface associated with the vehicle by means of the captured identification data or the captured position co-ordinates in the central software component (12; 42) and automatically making a communication connection between the vehicle tester and the mobile communication interface that is at the garage workstation and has been identified on the basis of the captured identification data or the captured position co-ordinates. connecting a multiplicity of mobile communication interfaces to a respective one of a multiplicity of vehicles ; making unique associations between the vehicles and the respective mobile communication interfaces connected to them; storing the unique associations in a central software component (12; 42); automatically capturing identification data of one of the multiplicity of the mobile communication interfaces and/or of the respectively associated vehicle , which communication interface or which vehicle is at the garage workstation, or automatically capturing position co-ordinates of one of the multiplicity of the mobile communication interfaces that is at the garage workstation; transmitting the identification data or position co-ordinates to a vehicle tester at the garage workstation; identifying the mobile communication interface associated with the vehicle by means of the captured identification data or the captured position co-ordinates in the central software component (12; 42) and automatically making a communication connection between the vehicle tester and the mobile communication interface that is at the garage workstation and has been identified on the basis of the captured identification data or the captured position co-ordinates.
An enamel composition, comprising: phosphorus pentoxide (P 2 O 5 ) at 15 to 50 wt%; silicon dioxide (SiO 2 ) at 10 to 20 wt%; boron oxide (B 2 O 3 ) at 1 to 15 wt%; one or more of lithium oxide (Li 2 O), sodium oxide (Na 2 O), or potassium oxide (K 2 O) at 5 to 20 wt%; one or more of sodium fluoride (NaF), calcium fluoride (CaF 2 ), or aluminum fluoride (AlF 3 ) at 1 to 5 wt%; one or more of magnesium oxide (MgO), barium oxide (BaO), or calcium oxide (CaO) at 1 to 35 wt%; and one or more of titanium dioxide (TiO 2 ), cerium dioxide (CeO 2 ), molybdenum trioxide (MoOs), bismuth oxide (Bi 2 O 3 ), or copper oxide (CuO) at 10 to 25 wt%, wherein the enamel composition includes both MoO 3 and Bi 2 O 3 , and any one of the MoO 3 or the Bi 2 O 3 is included at 2 wt% or less. phosphorus pentoxide (P 2 O 5 ) at 15 to 50 wt%; silicon dioxide (SiO 2 ) at 10 to 20 wt%; boron oxide (B 2 O 3 ) at 1 to 15 wt%; one or more of lithium oxide (Li 2 O), sodium oxide (Na 2 O), or potassium oxide (K 2 O) at 5 to 20 wt%; one or more of sodium fluoride (NaF), calcium fluoride (CaF 2 ), or aluminum fluoride (AlF 3 ) at 1 to 5 wt%; one or more of magnesium oxide (MgO), barium oxide (BaO), or calcium oxide (CaO) at 1 to 35 wt%; and one or more of titanium dioxide (TiO 2 ), cerium dioxide (CeO 2 ), molybdenum trioxide (MoOs), bismuth oxide (Bi 2 O 3 ), or copper oxide (CuO) at 10 to 25 wt%, wherein the enamel composition includes both MoO 3 and Bi 2 O 3 , and any one of the MoO 3 or the Bi 2 O 3 is included at 2 wt% or less.
A temperature distribution determining apparatus configured for determining a temperature distribution within an object caused by applying thermal therapy energy to the object during thermal therapy, wherein the object is body tissue, the temperature distribution determining apparatus comprising: - a temperature distribution measuring unit , comprising an ultrasound unit for acquiring ultrasound data from the object and a temperature distribution calculation unit for calculating the first temperature distribution depending on the acquired ultrasound data, configured for measuring a spatially and temporally dependent first temperature distribution in the object , while the energy is applied to the object such that the object is heated to a temperature within a first temperature range, - a temperature distribution estimating unit configured for estimating, while the energy is applied to the object such that the object is heated to a temperature within a second temperature range, a spatially and temporally dependent second temperature distribution in the object within the second temperature range, which is different to the first temperature range, wherein the second temperature range ranges between 45 °C to 70 °C and is a therapeutic temperature range in which a desired therapeutic effect is obtained, and wherein the first temperature range is a temperature range below 55°C. - a temperature distribution measuring unit , comprising an ultrasound unit for acquiring ultrasound data from the object and a temperature distribution calculation unit for calculating the first temperature distribution depending on the acquired ultrasound data, configured for measuring a spatially and temporally dependent first temperature distribution in the object , while the energy is applied to the object such that the object is heated to a temperature within a first temperature range, - a temperature distribution estimating unit configured for estimating, while the energy is applied to the object such that the object is heated to a temperature within a second temperature range, a spatially and temporally dependent second temperature distribution in the object within the second temperature range, which is different to the first temperature range,
A drive mechanism of a wearable drug delivery device , the drive mechanism comprising: a housing comprising: a pump chamber fluidly connected with a channel chamber ; an inlet channel operable to deliver a liquid drug from a reservoir of the wearable drug delivery device to the channel chamber ; and an outlet channel operable to expel the liquid drug from the channel chamber ; a resilient sealing member sealing the pump chamber ; and a plunger adjacent the resilient sealing member , wherein the plunger is operable to enter the pump chamber to expel the liquid drug from the pump chamber ; and a second resilient sealing member positioned within the channel chamber , wherein the second resilient sealing member is operable to seal the inlet channel and the outlet channel ; characterised in that the drive mechanism further comprises a mechanical rocker device , wherein in a first position the mechanical rocker device biases the second resilient sealing member against an entrance of the inlet channel , and wherein in a second position the mechanical rocker device biases the second resilient sealing member against an entrance of the outlet channel . a housing comprising: a pump chamber fluidly connected with a channel chamber ; an inlet channel operable to deliver a liquid drug from a reservoir of the wearable drug delivery device to the channel chamber ; and an outlet channel operable to expel the liquid drug from the channel chamber ; a pump chamber fluidly connected with a channel chamber ; an inlet channel operable to deliver a liquid drug from a reservoir of the wearable drug delivery device to the channel chamber ; and an outlet channel operable to expel the liquid drug from the channel chamber ; a resilient sealing member sealing the pump chamber ; and a plunger adjacent the resilient sealing member , wherein the plunger is operable to enter the pump chamber to expel the liquid drug from the pump chamber ; and a second resilient sealing member positioned within the channel chamber , wherein the second resilient sealing member is operable to seal the inlet channel and the outlet channel ; characterised in that the drive mechanism further comprises a mechanical rocker device , wherein in a first position the mechanical rocker device biases the second resilient sealing member against an entrance of the inlet channel , and wherein in a second position the mechanical rocker device biases the second resilient sealing member against an entrance of the outlet channel .
A temperature control device for controlling the temperature of air, comprising a compensating ring , the temperature control device being configured as an air conditioning system adapted to be fastened on a vehicle roof of a caravan or a mobile home, the air conditioning system comprising an evaporator and a room air distributor , the temperature control device comprising a fan and a blow-out area in a housing , the fan moving air through the evaporator to the blow-out area , a sound wave-effective body being reversibly arranged in the blow-out area , the sound wave-effective body having sound-absorbing properties and/or acting as a resonating body, the sound wave-effective body being part of the compensating ring for producing an air duct adjacent to the blow-out area and opening into the room air distributor , and the compensating ring serving as a height compensation between the housing and the room air distributor . the temperature control device being configured as an air conditioning system adapted to be fastened on a vehicle roof of a caravan or a mobile home, the air conditioning system comprising an evaporator and a room air distributor , the temperature control device comprising a fan and a blow-out area in a housing , the fan moving air through the evaporator to the blow-out area , a sound wave-effective body being reversibly arranged in the blow-out area , the sound wave-effective body having sound-absorbing properties and/or acting as a resonating body, the sound wave-effective body being part of the compensating ring for producing an air duct adjacent to the blow-out area and opening into the room air distributor , and the compensating ring serving as a height compensation between the housing and the room air distributor .
A communication method, comprising: receiving, by a user terminal in an RRC idle state, from a current serving cell of the user terminal , system information indicating frequencies of cells different from a frequency of the current serving cell, the frequencies of the cells respectively different from each other, the system information being broadcast from the current serving cell; receiving, by the user terminal in the RRC idle state, from the current serving cell, a paging signal including a request message requesting the user terminal to perform a predetermined procedure in which the user terminal selects a target cell, the paging signal being different from the system information, the paging signal being transmitted from the current serving cell at a paging cycle assigned to the user terminal ; and performing the predetermined procedure, by the user terminal in the RRC idle state, in response to receiving the paging signal including the request message, wherein performing the predetermined procedure comprises: measuring quality of the cells at their respective frequencies included in the system information received from the current serving cell; and selecting the target cell to be used as a serving cell at one of the frequencies based on a result of the measuring. receiving, by a user terminal in an RRC idle state, from a current serving cell of the user terminal , system information indicating frequencies of cells different from a frequency of the current serving cell, the frequencies of the cells respectively different from each other, the system information being broadcast from the current serving cell; receiving, by the user terminal in the RRC idle state, from the current serving cell, a paging signal including a request message requesting the user terminal to perform a predetermined procedure in which the user terminal selects a target cell, the paging signal being different from the system information, the paging signal being transmitted from the current serving cell at a paging cycle assigned to the user terminal ; and performing the predetermined procedure, by the user terminal in the RRC idle state, in response to receiving the paging signal including the request message, wherein performing the predetermined procedure comprises: measuring quality of the cells at their respective frequencies included in the system information received from the current serving cell; and selecting the target cell to be used as a serving cell at one of the frequencies based on a result of the measuring. measuring quality of the cells at their respective frequencies included in the system information received from the current serving cell; and selecting the target cell to be used as a serving cell at one of the frequencies based on a result of the measuring.
Filter for the purification of exhaust gases of an internal combustion engine which is operated with gasoline, having a housing which can be flowed through by exhaust gas in an axial direction and which has an inflow side and an outflow side, wherein a filter body is formed in the housing from a multiplicity of filter layers, which filter body can be flowed through by the exhaust gas that can be caused to flow through the housing, wherein the filter layers are of annular form and are arranged concentrically with respect to one another, wherein, in alternating fashion, two filter layers which are adjacent to one another in a radial direction are connected to one another in fluid-tight fashion at the inflow side, and two filter layers which are adjacent to one another in a radial direction are connected to one another at the outflow side, characterized in that the annular filter layers have an undulation running in a circumferential direction of the filter body .
A method of forming an earth-boring tool , the method comprising: forming a tool body including at least one inverted cutting element pocket , each of the at least one inverted cutting element pocket comprising a protrusion on a face of the tool body , the protrusion having a profile substantially matching a profile of an actual cutting element to be secured within a cutting element pocket to be formed by subsequently machining the at least one inverted cutting element pocket ; applying heat to the tool body during a heat_treatment comprising heating the tool body to an elevated temperature; using a machining process, subsequent to the application of heat to the tool body , to remove the protrusion of the at least one inverted cutting element pocket and to form the actual cutting element pocket at a location of the protrusion subsequent to removal of the protrusion; and affixing a cutting element within the actual cutting element pocket . forming a tool body including at least one inverted cutting element pocket , each of the at least one inverted cutting element pocket comprising a protrusion on a face of the tool body , the protrusion having a profile substantially matching a profile of an actual cutting element to be secured within a cutting element pocket to be formed by subsequently machining the at least one inverted cutting element pocket ; applying heat to the tool body during a heat_treatment comprising heating the tool body to an elevated temperature; using a machining process, subsequent to the application of heat to the tool body , to remove the protrusion of the at least one inverted cutting element pocket and to form the actual cutting element pocket at a location of the protrusion subsequent to removal of the protrusion; and affixing a cutting element within the actual cutting element pocket .