mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic cigarette , comprising: - a liquid storage ; - a heating element ; - a liquid delivery member configured to deliver liquid from the liquid storage to the heating element ; - a battery ; and - an electric circuit configured to electrically connect the heating element to the battery for the heating element to produce heat, and further configured to electrically disconnect the battery from the heating element , wherein the heating element is a ceramic heating element comprising a current conducting heating member on and/or in a body of ceramic material, the body of ceramic material being impenetrable to the liquid, wherein the body of ceramic material is configured to heat the liquid delivered by the liquid delivery member to vaporize the liquid when the ceramic heating element produces heat, and wherein the electronic cigarette comprises a cartomizer part and a battery holding part , the electronic cigarette being configured to be brought in an assembled state in which the cartomizer part and the battery holding part are assembled, and further being configured to be brought in a disassembled state in which the cartomizer part and the battery holding part are separated from one another, characterized in that the cartomizer part comprises the liquid storage and the liquid delivery member ; and the battery holding part comprises the battery , the ceramic heating element , and the electric circuit . - a liquid storage ; - a heating element ; - a liquid delivery member configured to deliver liquid from the liquid storage to the heating element ; - a battery ; and - an electric circuit configured to electrically connect the heating element to the battery for the heating element to produce heat, and further configured to electrically disconnect the battery from the heating element , wherein the heating element is a ceramic heating element comprising a current conducting heating member on and/or in a body of ceramic material, the body of ceramic material being impenetrable to the liquid, wherein the body of ceramic material is configured to heat the liquid delivered by the liquid delivery member to vaporize the liquid when the ceramic heating element produces heat, and wherein the electronic cigarette comprises a cartomizer part and a battery holding part , the electronic cigarette being configured to be brought in an assembled state in which the cartomizer part and the battery holding part are assembled, and further being configured to be brought in a disassembled state in which the cartomizer part and the battery holding part are separated from one another, characterized in that the cartomizer part comprises the liquid storage and the liquid delivery member ; and the battery holding part comprises the battery , the ceramic heating element , and the electric circuit .
A turbomachine fan blade comprising a blade tip and a metallic leading edge having two wings and a fore portion provided between the two wings and having a plurality of shear zones angled to the blade tip, wherein the shear strength of the shear zones is less than the shear strength of other regions of the leading edge, such that in the event of an impact, shear is initially initiated at the shear zones, wherin each of the shear zones in the region of the wings are angled in a direction defined by a thickness direction and a spanwise direction and are angled such that an innermost position of the shear zone is nearer to the blade tip than an outermost position, and characterised in that the leading edge is thinner in a region of the shear zones compared to regions directly adjacent said shear zones.
A mobile device (104-1-104-N) for use with an apparatus (108-1-108-N, 200) for generating a plurality of geo-fences to provide a notification to the mobile device (104-1-104-N) when the mobile device (104-1-104-N) enters or resides in an area encompassed by a geo-fence, the apparatus (108-1-108-N, 200) being configured to obtain a trigger generated in response to a change in a geo-fence criteria, and to define one or more boundaries of each geo-fence based on the geo-fence criteria in response to obtaining the trigger; the mobile device (104-1-104-N) being configured to: process the plurality of geo-fences differently based on a number of applications that actively utilize geo-fences on the mobile device (104-1-104-N) to prevent the mobile device (104-1-104-N) from being overloaded with notifications for geo-fences, wherein, when the mobile device (104-1-104-N) is executing a large number of applications that are actively utilizing geo-fences and crosses a boundary of a geo-fence, the mobile device (104-1-104-N) is configured to delay recognition of the geo-fence until the mobile device (104-1-104-N) is closer to a center of an area defined by the geo-fence so that the recognized geo-fence encompasses a smaller area than the geo-fence when the mobile device (104-1-104-N) is executing a small number of applications that actively utilize geo-fences.
The compound FK506 for use in the treatment of pulmonary arterial hypertension in a human subject having pulmonary arterial hypertension associated with defective BMPR2 signaling, wherein said FK506 is administered at a dosage of 0.002 mg/kg of the subject's weight per day to 0.05 mg/kg of the subject's weight per day.
Sensor element having a ceramic main body and at least one electrode , which is arranged on the main body , wherein the electrode has a layer which contains nickel and additionally a fraction of elemental vanadium, and vanadium is present in the nickel-containing layer in a proportion by weight of 7%, wherein the layer is sputtered and wherein the layer is applied directly to the ceramic of the main body .
Storage system for storing containers, comprising: a grid structure having a large number of grid cells, wherein each grid cell defines a storage column of a container storage structure which is arranged below the grid structure , wherein the storage columns are configured to receive a vertical stack of storage containers in each case, at least one transport robot which is constructed for movement on the grid structure for handling the storage containers , wherein the transport robot comprises means for receiving, transporting and depositing storage containers stored in the container storage structure , and at least one storage container lifting apparatus having a lifting platform which can be raised and lowered for vertically conveying storage containers , wherein one or more planes of the container storage structure are in the form of buffer planes having in each case one or more buffer spaces which are coupled to the storage container lifting apparatus for intermediate storage of storage containers , wherein the buffer spaces comprise for transferring storage containers to the storage container lifting apparatus and for receiving storage containers from the storage container lifting apparatus a tendering conveying device, characterised in that the tendering conveying device comprises conveying directions which can be adjusted in a transposable or reversible manner. a grid structure having a large number of grid cells, wherein each grid cell defines a storage column of a container storage structure which is arranged below the grid structure , wherein the storage columns are configured to receive a vertical stack of storage containers in each case, at least one transport robot which is constructed for movement on the grid structure for handling the storage containers , wherein the transport robot comprises means for receiving, transporting and depositing storage containers stored in the container storage structure , and at least one storage container lifting apparatus having a lifting platform which can be raised and lowered for vertically conveying storage containers , wherein one or more planes of the container storage structure are in the form of buffer planes having in each case one or more buffer spaces which are coupled to the storage container lifting apparatus for intermediate storage of storage containers , wherein the buffer spaces comprise for transferring storage containers to the storage container lifting apparatus and for receiving storage containers from the storage container lifting apparatus a tendering conveying device, characterised in that the tendering conveying device comprises conveying directions which can be adjusted in a transposable or reversible manner.
An apparatus for testing an end plate mounted in a battery module , comprising: a memory unit configured to store a first parameter representing a number of battery cells included in the battery module, a second parameter representing a spring constant of the battery cell and a third parameter representing a spring constant of the end plate; and a control unit configured to generate a one-dimensional model associated with the battery module based on the first parameter, calculate a first F-D curve based on the second parameter, the third parameter and the one-dimensional model, and store first reference data representing the first F-D curve in the memory unit, wherein the one-dimensional model is to simulate a structure in which a front surface and a rear surface of a battery stack are supported by the end plate, the battery stack including the number of battery cells represented by the first parameter stacked in a sequential order wherein the first F-D curve corresponds to a relationship between a deformation amount and a load of the end plate, i.e. a force applied to the battery stack by the end plate, according to the number of battery cells represented by the first parameter. a memory unit configured to store a first parameter representing a number of battery cells included in the battery module, a second parameter representing a spring constant of the battery cell and a third parameter representing a spring constant of the end plate; and a control unit configured to generate a one-dimensional model associated with the battery module based on the first parameter, calculate a first F-D curve based on the second parameter, the third parameter and the one-dimensional model, and store first reference data representing the first F-D curve in the memory unit, wherein the one-dimensional model is to simulate a structure in which a front surface and a rear surface of a battery stack are supported by the end plate, the battery stack including the number of battery cells represented by the first parameter stacked in a sequential order wherein the first F-D curve corresponds to a relationship between a deformation amount and a load of the end plate, i.e. a force applied to the battery stack by the end plate, according to the number of battery cells represented by the first parameter.
Fastening and extraction system of a dial on a support , said dial comprising one holding portion configured to bring said dial against said support and one extraction portion configured to move said dial away from said support ; said system comprising one lever pivoting about one pivot axis between one fastening position and one extraction position , the lever comprising: - one holding surface configured to cooperate with said one holding portion so as to bring said dial against said support when said lever pivots between said extraction position and the fastening position ; and, - one extraction surface configured to cooperate with said extraction portion so as to move said dial away from said support when said lever pivots between said fastening position and said extraction position . - one holding surface configured to cooperate with said one holding portion so as to bring said dial against said support when said lever pivots between said extraction position and the fastening position ; and, - one extraction surface configured to cooperate with said extraction portion so as to move said dial away from said support when said lever pivots between said fastening position and said extraction position .
A processing method for tracking UE in a low power mode, comprising: obtaining (S101), by user equipment, UE, transmission configuration information between the user equipment UE and a network device, wherein the transmission configuration information indicates that an uplink tracking signal is to be sent according to a discontinuous transmission mode, and the transmission configuration information comprises a transmission cycle; when the UE enters a low power mode, sending (S102), by the UE, an uplink tracking signal to the network device based on the transmission configuration information; and receiving (SI04), by the UE, timing advance, TA, adjustment information returned by the network device, wherein the TA adjustment information is obtained by the network device through detection of the uplink tracking signal, wherein the transmission configuration information is further used to indicate that a reception mode of the UE is a discontinuous reception mode, and the transmission configuration information further comprises a reception cycle, characterized in when a moving speed of the UE is less than a preset speed threshold, the reception cycle is greater than or equal to the transmission cycle. obtaining (S101), by user equipment, UE, transmission configuration information between the user equipment UE and a network device, wherein the transmission configuration information indicates that an uplink tracking signal is to be sent according to a discontinuous transmission mode, and the transmission configuration information comprises a transmission cycle; when the UE enters a low power mode, sending (S102), by the UE, an uplink tracking signal to the network device based on the transmission configuration information; and receiving (SI04), by the UE, timing advance, TA, adjustment information returned by the network device, wherein the TA adjustment information is obtained by the network device through detection of the uplink tracking signal, wherein the transmission configuration information is further used to indicate that a reception mode of the UE is a discontinuous reception mode, and the transmission configuration information further comprises a reception cycle, characterized in when a moving speed of the UE is less than a preset speed threshold, the reception cycle is greater than or equal to the transmission cycle.
Method for determining the degree of contamination of a filter in a hydraulic system , comprising at least the following steps: a) ascertaining a pressure difference value which occurs across the filter ; b) ascertaining boundary conditions which describe a relationship between the pressure difference value and the degree of contamination and which are present during the determined pressure difference value ; c) assigning the pressure difference value and the boundary conditions to a pattern based on a pattern database stored in a memory, wherein, to build the used pattern database stored in the memory, a minimum amount of data triples , comprising - pressure difference values , - boundary condition data relating to arising boundary conditions , and - information relating to the respective degree of contamination present, are collected; d) ascertaining a degree of contamination assigned to the pattern from the pattern database stored in the memory, characterized in that the building of the pattern database stored in the memory comprises the assignment of data triples to clusters . a) ascertaining a pressure difference value which occurs across the filter ; b) ascertaining boundary conditions which describe a relationship between the pressure difference value and the degree of contamination and which are present during the determined pressure difference value ; c) assigning the pressure difference value and the boundary conditions to a pattern based on a pattern database stored in a memory, wherein, to build the used pattern database stored in the memory, a minimum amount of data triples , comprising - pressure difference values , - boundary condition data relating to arising boundary conditions , and - information relating to the respective degree of contamination present, are collected; - pressure difference values , - boundary condition data relating to arising boundary conditions , and - information relating to the respective degree of contamination present, are collected; d) ascertaining a degree of contamination assigned to the pattern from the pattern database stored in the memory,
A maintenance assembly for a wheel assembly of an amusement ride vehicle , in use, running on a rail , the wheel assembly including a pad and at least one adjustable wheel coupled to the pad , the maintenance assembly comprising: a foundational body ; at least one wheel engagement section extending a first distance from the foundational body, wherein each wheel engagement section of the at least one wheel engagement section is configured, in use, to contact a respective wheel surface of the wheel assembly ; and a datum section comprising a protrusion extending a second distance from the foundational body and configured, in use, to contact the pad of the wheel assembly , wherein the at least one wheel engagement section is rigidly positioned with respect to the datum section and the second distance is greater than the first distance, such that the maintenance assembly provides a fixed distance between the protrusion of the datum section and the wheel engagement section , such that the wheel engagement section contacts the surface of the wheel assembly , and the protrusion of the datum section contacts the pad when the wheel is correctly adjusted. a foundational body ; at least one wheel engagement section extending a first distance from the foundational body, wherein each wheel engagement section of the at least one wheel engagement section is configured, in use, to contact a respective wheel surface of the wheel assembly ; and a datum section comprising a protrusion extending a second distance from the foundational body and configured, in use, to contact the pad of the wheel assembly , wherein the at least one wheel engagement section is rigidly positioned with respect to the datum section and the second distance is greater than the first distance, such that the maintenance assembly provides a fixed distance between the protrusion of the datum section and the wheel engagement section , such that the wheel engagement section contacts the surface of the wheel assembly , and the protrusion of the datum section contacts the pad when the wheel is correctly adjusted.
A composition suitable for use in pipe applications, the composition comprising: a. an ultra-high molecular weight ethylene-based polymer having an intrinsic viscosity from 5 to 50 deciliters/gram, b. a polyethylene resin comprising a first molecular weight ethylene-based polymer component and a second molecular weight ethylene-based polymer component, wherein the polyethylene resin has a density from 0.930 to 0.960 g/cc; c. a thermoplastic polyolefin elastomer having a density of from 0.850 to 0.910 g/cc, and d. optionally, a fluoropolymer. a. an ultra-high molecular weight ethylene-based polymer having an intrinsic viscosity from 5 to 50 deciliters/gram, b. a polyethylene resin comprising a first molecular weight ethylene-based polymer component and a second molecular weight ethylene-based polymer component, wherein the polyethylene resin has a density from 0.930 to 0.960 g/cc; c. a thermoplastic polyolefin elastomer having a density of from 0.850 to 0.910 g/cc, and d. optionally, a fluoropolymer.
A breath actuated inhaler having a main body for accommodating a medicament reservoir, a canister fire system for moving a canister to release a dose in response to air flow, a cap housing for enclosing the canister fire system and canister within an interior chamber defined by the main body and the cap housing , and in which the main body and the cap housing are formed of plastics material , wherein a lock system is provided for locking the cap housing on the main body , characterized in that said lock system is configured so that a release torque required to overcome the locking provided by the plastics main body and cap housing is more than 1 Nm and lower than 4 Nm. a lock system is provided for locking the cap housing on the main body , characterized in that said lock system is configured so that a release torque required to overcome the locking provided by the plastics main body and cap housing is more than 1 Nm and lower than 4 Nm.
Electrical system , in particular for a motor vehicle, comprising: - a first electrical circuit having a first ground (GND1) and supplied with a first voltage (V1) at a first supply terminal (B1), - a second electrical circuit having a second ground (GND2), distinct from the first ground (GND1), and supplied with a second voltage (V2), different from the first voltage (V1), at a second supply terminal (B2), - a capacitive element connecting a first potential point (A) of the first electrical circuit to a second potential point (B) of the second electrical circuit . - a first electrical circuit having a first ground (GND1) and supplied with a first voltage (V1) at a first supply terminal (B1), - a second electrical circuit having a second ground (GND2), distinct from the first ground (GND1), and supplied with a second voltage (V2), different from the first voltage (V1), at a second supply terminal (B2), - a capacitive element connecting a first potential point (A) of the first electrical circuit to a second potential point (B) of the second electrical circuit .
A method of structuring a transmission time frame for Time Division Duplex, TDD, two-way communication over a frequency bandwidth, the transmission time frame being assigned for a first direction of communication and being temporally divided into a plurality of transmission symbols , the method comprising: assigning a fraction of the frequency bandwidth for a selected transmission symbol from the plurality of transmission symbols, to a second direction of communication, the second direction being opposite to the first direction, the majority of the remaining transmission symbols from the plurality of transmission symbols being assigned to the first direction of communication; and wherein the TDD two-way communication over the frequency bandwidth is carried out by a communication device and extends over a plurality of transmission time frames, the step of assigning being performed for at least one of plurality of transmission time frames, characterised in that the method further comprises: communicating, for each of the plurality of transmission time frames, an indication as to whether the step of assigning is being performed for at least one transmission symbol of the respective transmission time frame, wherein the step of communicating is part of a Downlink Control Information, DCI, transmission. assigning a fraction of the frequency bandwidth for a selected transmission symbol from the plurality of transmission symbols, to a second direction of communication, the second direction being opposite to the first direction, the majority of the remaining transmission symbols from the plurality of transmission symbols being assigned to the first direction of communication; and wherein the TDD two-way communication over the frequency bandwidth is carried out by a communication device and extends over a plurality of transmission time frames, the step of assigning being performed for at least one of plurality of transmission time frames, characterised in that the method further comprises: communicating, for each of the plurality of transmission time frames, an indication as to whether the step of assigning is being performed for at least one transmission symbol of the respective transmission time frame, wherein the step of communicating is part of a Downlink Control Information, DCI, transmission.