mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic hardware assembly comprising at least a first and second laminar component, wherein the first laminar component comprises a die , the die comprising a substrate, a functional region and a first protective layer , and the second laminar component comprises a second protective layer , the protective layers comprising any structure which resists or reacts to attempts to access the interior of the functional region of the die wherein the first and second laminar components are arranged in a stack such that the functional region of the first laminar component is arranged within the assembly between the first and second protective layers, and further wherein the second laminar component comprises a second die , which comprises a substrate and the second protective layer , characterised in that the laminar components are electrically interconnected through Vertical Interconnect Accesses .
Method for operating a door having a mechanical lock of a parcel locker compartment , comprised in a parcel locker having a service point ID and for the parcel locker to communicating with a server though a user application , comprising acts of: - transmitting beacon signals comprising the service point ID ; - receiving a user electronic token tagged with a matching service point ID comprising a piece ID and instruction of a user event ; - creating a parcel locker command for the received instructions ; and - transmitting a parcel locker command signal for the parcel locker command for operating the lock , wherein the user electronic token is received using a communication standard of a wireless personal area network , and wherein said method comprises further acts of: - generating a sequence number for the instruction of the user event ; characterised in that said method comprises further acts of: - generating a synchronisation electronic token , comprising the sequence number and the piece ID ; - transmitting the synchronisation electronic token from the parcel locker towards the server though a user application , and - receiving an acknowledgment electronic token . - transmitting beacon signals comprising the service point ID ; - receiving a user electronic token tagged with a matching service point ID comprising a piece ID and instruction of a user event ; - creating a parcel locker command for the received instructions ; and - transmitting a parcel locker command signal for the parcel locker command for operating the lock , - generating a sequence number for the instruction of the user event ; characterised in that said method comprises further acts of: - generating a synchronisation electronic token , comprising the sequence number and the piece ID ; - transmitting the synchronisation electronic token from the parcel locker towards the server though a user application , and - receiving an acknowledgment electronic token .
A disk brake system comprising a friction disk comprising a friction core; an inner spline and an outer spline located adjacent the friction disk core; said friction disk core having an inner diameter edge, an outer diameter edge, and a first surface with multiple mortises extending radially across the first surface; and a first wear liner having two wear liner segments each including a wear surface and a non-wear surface having a tenon with a complimentary shape to each of the multiple mortises, the tenon of each wear liner segment being configured to be received by a corresponding mortise of the multiple mortises to couple the wear liner segments to the friction disk core to form an annular liner, wherein radial movement of the two wear liner segments is restricted by at least one of said outer and inner splines. a friction disk comprising a friction core; an inner spline and an outer spline located adjacent the friction disk core; said friction disk core having an inner diameter edge, an outer diameter edge, and a first surface with multiple mortises extending radially across the first surface; and a first wear liner having two wear liner segments each including a wear surface and a non-wear surface having a tenon with a complimentary shape to each of the multiple mortises, the tenon of each wear liner segment being configured to be received by a corresponding mortise of the multiple mortises to couple the wear liner segments to the friction disk core to form an annular liner, wherein radial movement of the two wear liner segments is restricted by at least one of said outer and inner splines.
A pallet truck comprising a battery plug-in device (B), the battery plug-in device comprising: a battery comprising a battery compartment having a bottom, a first plug pedestal , and a first plug connected to the first plug pedestal by a fastener ; and a base that includes a receptacle , a second plug pedestal , a second plug connected to the second plug pedestal and a retainer connected to the second plug pedestal , wherein the first plug receives the second plug , wherein the retainer includes a protruding portion , wherein a groove is formed on a side of the first plug pedestal , wherein the groove receives the protruding portion of the retainer when the battery is plugged into the base , wherein resilience of the retainer helps to permit the protruding portion to slide and deflect to be received by the groove , and wherein the first plug is configured as a female plug that comprises a head having a spring clamp to tightly secure the second plug to the first plug and the second plug being configured as a male plug. a battery comprising a battery compartment having a bottom, a first plug pedestal , and a first plug connected to the first plug pedestal by a fastener ; and a base that includes a receptacle , a second plug pedestal , a second plug connected to the second plug pedestal and a retainer connected to the second plug pedestal , wherein the first plug receives the second plug , wherein the retainer includes a protruding portion , wherein a groove is formed on a side of the first plug pedestal , wherein the groove receives the protruding portion of the retainer when the battery is plugged into the base , wherein resilience of the retainer helps to permit the protruding portion to slide and deflect to be received by the groove , and wherein the first plug is configured as a female plug that comprises a head having a spring clamp to tightly secure the second plug to the first plug and the second plug being configured as a male plug.
A separable component of a thermal energy meter for determining consumption of thermal energy provided by a fluid flow through a pipe , wherein the separable component comprises a communication interface and is releasably connectable by cable to another component of the thermal energy meter , characterised in that the communication interface is configured to selectively communicate with said other component in a default communication mode (ANA) and an advanced communication mode (DIG), wherein the communication interface is configured - to start communicating with said other component in the default communication mode (ANA), and - to automatically attempt, at least once or regularly, to switch from the default communication mode (ANA) to the advanced communication mode (DIG), and - to automatically switch back to the default communication mode (ANA) if communication in the advanced communication mode (DIG) is faulty. - to start communicating with said other component in the default communication mode (ANA), and - to automatically attempt, at least once or regularly, to switch from the default communication mode (ANA) to the advanced communication mode (DIG), and - to automatically switch back to the default communication mode (ANA) if communication in the advanced communication mode (DIG) is faulty.
Fixing system for at least one screw connection , comprising - at least one pulling unit , characterized by - at least one pressure unit , wherein - the pressure unit comprises a housing (110.1, 210.1) with a first upper end region and a first lower end region with a first recess (165.1, 265.1) that is formed open downward, - the pressure unit comprises at least one sleeve stroke space at the first upper end region and at least one stroke receptacle associated therewith and having a pressure surface , - at the first lower end region of the pressure unit a cone sleeve is insertable into the first recess (165.1, 265.1), and - the stroke receptacle of the pressure unit is arranged in the housing (110.1, 210.1) in such a way that the stroke receptacle can be moved by means of hydraulic and/or mechanical actuation in the direction of a central longitudinal axis z of the housing (110.1, 210.1) and exerts a force F 2 on the insertable cone sleeve via a pressure part associated therewith or directly. - at least one pulling unit , characterized by - at least one pressure unit , wherein - the pressure unit comprises a housing (110.1, 210.1) with a first upper end region and a first lower end region with a first recess (165.1, 265.1) that is formed open downward, - the pressure unit comprises at least one sleeve stroke space at the first upper end region and at least one stroke receptacle associated therewith and having a pressure surface , - at the first lower end region of the pressure unit a cone sleeve is insertable into the first recess (165.1, 265.1), and - the stroke receptacle of the pressure unit is arranged in the housing (110.1, 210.1) in such a way that the stroke receptacle can be moved by means of hydraulic and/or mechanical actuation in the direction of a central longitudinal axis z of the housing (110.1, 210.1) and exerts a force F 2 on the insertable cone sleeve via a pressure part associated therewith or directly.
Upper for a sports shoe, comprising: flat weft-knitted knitwear , wherein the knitwear is manufactured on a flat weft-knitting machine with at least two beds of needles, wherein the flat weft-knitted knitwear forms a top portion and a bottom portion of the upper , wherein the top portion is formed as tube weft-knitted knitwear such that it is suitable for surrounding a part of the shank of the wearer of the sports shoe, and wherein the bottom portion is suitable for covering at least a part of a foot of the wearer of the sports shoe. flat weft-knitted knitwear , wherein the knitwear is manufactured on a flat weft-knitting machine with at least two beds of needles, wherein the flat weft-knitted knitwear forms a top portion and a bottom portion of the upper , wherein the top portion is formed as tube weft-knitted knitwear such that it is suitable for surrounding a part of the shank of the wearer of the sports shoe, and wherein the bottom portion is suitable for covering at least a part of a foot of the wearer of the sports shoe.
An x-ray generator comprising an array of electron field emitters for producing paths of electrons , target material comprising x-ray photon producing material configured to emit x-ray photons in response to the incidence of produced electrons upon it, an array of magnetic-field generators for affecting the paths of the produced electrons from the array of electron field emitters such that one or more paths of electrons are divertable away from the x-ray photon producing material so as to reduce the production of x-ray photons by the said one or more paths of electrons, the x-ray generator further comprising a sensing circuit arranged to measure the amount of electrical charge emitted by one or more electron emitter, and a controller for controlling the array of magnetic-field generators in response to the amount of electrical charge measured, characterised in that the controller is arranged to control one or more magnetic-field generators to thereby reduce production of x-ray photons resulting from one or more paths of electrons when the amount of electrical charge, as measured by the sensing circuit in the one or more paths of electrons, exceeds a pre-determined threshold.
Wind turbine comprising multiple components generating heat during operation of the wind turbine and a liquid cooling system, wherein the multiple components are thermally coupled by means of a liquid coolant cycle (A, B) of the liquid coolant system to an ambient heat exchanger of the liquid coolant system, the ambient heat exchanger being arranged to exchange heat between a liquid coolant contained in the liquid coolant cycle (A, B) and ambient air (G), wherein the liquid coolant system comprises a heat pump having a cooling operation mode, wherein the heat pump is arranged in the liquid coolant cycle (A, B) such that the liquid coolant of the liquid coolant cycle is cooled, when the heat pump is operated in the cooling operation mode, characterized in that the heat pump is arranged within the liquid coolant cycle (A, B) in between two of the multiple components generating heat during operation of the wind turbine .
A method for error correction in speech recognition, characterized by comprising the following steps: a pinyin conversion step of converting speech information into pinyin; a first pinyin candidate set generation step of splitting the pinyin to obtain N pinyin lists, and performing a first Cartesian product operation on the N pinyin lists to generate a first pinyin candidate set, where N is a natural number; the method is characterised by further comprising: a filtering step of filtering the pinyin in the first pinyin candidate set to eliminate irregular pinyin; a second pinyin candidate set generation step of performing a second Cartesian product operation on the pinyin output in the filtering step to obtain a second pinyin candidate set; a query generation step of constructing a query based on the second pinyin candidate set; and a candidate information generation step of querying the query in an inverted index to obtain candidate information with high to low probabilities and display the candidate information to a user. a pinyin conversion step of converting speech information into pinyin; a first pinyin candidate set generation step of splitting the pinyin to obtain N pinyin lists, and performing a first Cartesian product operation on the N pinyin lists to generate a first pinyin candidate set, where N is a natural number; the method is characterised by further comprising: a filtering step of filtering the pinyin in the first pinyin candidate set to eliminate irregular pinyin; a second pinyin candidate set generation step of performing a second Cartesian product operation on the pinyin output in the filtering step to obtain a second pinyin candidate set; a query generation step of constructing a query based on the second pinyin candidate set; and a candidate information generation step of querying the query in an inverted index to obtain candidate information with high to low probabilities and display the candidate information to a user.
An implantable respiratory sensor system comprising: a sensor lead including a lead body and a sensor portion , the sensor portion extending from the lead body and including at least a pressure-indicative transducer; and a first anchor located at a fixed position relative to the sensor portion , wherein the pressure-indicative transducer defines a directional sensing element configured to sense respiratory pressure on a single side of the sensor portion , wherein the first anchor includes a pair of resilient arms that extend outwardly from opposite sides of, and generally perpendicular to, the lead body to prevent rotation of the directional sensing element to maintain the orientation of the single side relative to the tissue to be sensed, and wherein the first anchor is located at the sensor portion adjacent a distal end of the lead body. a sensor lead including a lead body and a sensor portion , the sensor portion extending from the lead body and including at least a pressure-indicative transducer; and a first anchor located at a fixed position relative to the sensor portion , wherein the pressure-indicative transducer defines a directional sensing element configured to sense respiratory pressure on a single side of the sensor portion , wherein the first anchor includes a pair of resilient arms that extend outwardly from opposite sides of, and generally perpendicular to, the lead body to prevent rotation of the directional sensing element to maintain the orientation of the single side relative to the tissue to be sensed, and wherein the first anchor is located at the sensor portion adjacent a distal end of the lead body.
A method for producing a carbonaceous luminescent material that, when exposed to excitation light having a wavelength of 300 to 600 nm, emits light having a wavelength of 550 to 700 nm, which method comprises the step of mixing together and heating an ascorbic acid-containing starting material, an acid catalyst and a solvent, wherein the acid catalyst contains an inorganic acid which is at least one selected from the group consisting of phosphoric acid, polyphosphoric acid, hydrochloric acid and hydrofluoric acid, and the solvent consists of from 100 to 1,000 parts by weight water per 100 parts by weight starting material.
Method for determining the authenticity of an ultrasonic sensor of a motor vehicle , which is activated by means of a control unit of the motor vehicle , characterized by the following steps: - transmission of a data set from the control unit to the ultrasonic sensor , - carrying out a predetermined calculation using the data set by the ultrasonic sensor and transmission of a result of the calculation to the control unit and - comparison of the received result with a target result and determining the authenticity of the ultrasonic sensor by the control unit depending on the comparison, - wherein the data set comprises data values that are used by the ultrasonic sensor for carrying out a distance measurement during the operation of the ultrasonic sensor , and wherein the predetermined calculation is additionally carried out by means of the ultrasonic sensor depending on a sensor-specific sensor parameter of the ultrasonic sensor . - transmission of a data set from the control unit to the ultrasonic sensor , - carrying out a predetermined calculation using the data set by the ultrasonic sensor and transmission of a result of the calculation to the control unit and - comparison of the received result with a target result and determining the authenticity of the ultrasonic sensor by the control unit depending on the comparison, - wherein the data set comprises data values that are used by the ultrasonic sensor for carrying out a distance measurement during the operation of the ultrasonic sensor ,
Device for collecting biological material, characterized in that it comprises a rod having, at at least one end, a dry absorbent body in the form of flocked synthetic fibers having a surface of between 1 and 2 mm2, said absorbent body comprising surfactants and denaturing agents.
A coordinate measuring machine for determining geometric features, particularly surface measurement points on a workpiece , comprising an image processing sensor as a first sensor having an image processing sensor beam path (first beam path) , the first beam path comprising at least one front optic , facing toward the workpiece to be measured and is implemented as an asphere and/or comprises chromatic longitudinal flaws, and at least a wavelength selecting splitter , being disposed on the side of the front optic facing away from the workpiece, through which a second beam path is coupled to the image processing beam path and a common beam path is formed in that light passing through the front optic from the direction of the workpiece to be measured is at least partially coupled out of the common beam path into the second beam path, the second beam path being associated with a chromatic distance sensor as a second sensor, the image processing sensor and the second sensor being implemented for directly measuring the workpiece surface and/or for determining the deflection of a mark , or one mark each, associated with a flexurally elastic probe stylus , characterized in that the selective wavelength splitter guides the entire spectrum of the light into the second beam path and a small part of the spectrum into the first sensor .
A sonde device, comprising: a housing; a core disposed within the housing including: a hollow elongate support structure having an exterior side and an interior side enclosing a volume therein; and a plurality of core section elements positioned on the exterior side of the support structure; a winding disposed about the core section elements; and an electronic circuit, including a battery, for generating and providing current signals to the winding to generate an output dipole magnetic field signal at one or more frequencies, characterized in that the battery and electronic circuit are disposed at least partially within the volume. a housing; a core disposed within the housing including: a hollow elongate support structure having an exterior side and an interior side enclosing a volume therein; and a plurality of core section elements positioned on the exterior side of the support structure; a winding disposed about the core section elements; and a hollow elongate support structure having an exterior side and an interior side enclosing a volume therein; and a plurality of core section elements positioned on the exterior side of the support structure; a winding disposed about the core section elements; and an electronic circuit, including a battery, for generating and providing current signals to the winding to generate an output dipole magnetic field signal at one or more frequencies, characterized in that the battery and electronic circuit are disposed at least partially within the volume.
A particulate material consisting of a plurality of composite particles, wherein the composite particles comprise: (a) a porous carbon framework comprising micropores and mesopores, wherein the micropores and mesopores have a total pore volume as measured by gas adsorption according to the method in the description of P 1 cm 3 /g, wherein P 1 represents a number having a value of from 0.5 to 1.5, wherein the PD 90 pore diameter is at least 3 nm and less 12 nm; and wherein the micropore volume fraction based on P 1 is from 0.43 to 0.85; and (b) a plurality of nanoscale elemental silicon domains located within the pores of the porous carbon framework, wherein the particulate material comprises from 25 to 65 wt% silicon, and wherein at least 20 wt% of the silicon is surface silicon as determined by thermogravimetric analysis (TGA) according to the method in the description. (a) a porous carbon framework comprising micropores and mesopores, wherein the micropores and mesopores have a total pore volume as measured by gas adsorption according to the method in the description of P 1 cm 3 /g, wherein P 1 represents a number having a value of from 0.5 to 1.5, wherein the PD 90 pore diameter is at least 3 nm and less 12 nm; and wherein the micropore volume fraction based on P 1 is from 0.43 to 0.85; and wherein the micropores and mesopores have a total pore volume as measured by gas adsorption according to the method in the description of P 1 cm 3 /g, wherein P 1 represents a number having a value of from 0.5 to 1.5, wherein the PD 90 pore diameter is at least 3 nm and less 12 nm; and wherein the micropore volume fraction based on P 1 is from 0.43 to 0.85; and (b) a plurality of nanoscale elemental silicon domains located within the pores of the porous carbon framework,