mhurhangee/patent-ind-claim-en huggingface dataset:
A method for estimating a state of a battery (B), the method comprising the steps of: acquiring (S1100) data of the battery (B) during at least a predetermined time range, the data comprising at least a plurality of voltage measurements (V) and a plurality of current measurements (I), determining (S1200) a time window (W) within the predetermined time range, the time window (W) starting after a relaxed voltage interval (RVI) and comprising a dynamic load interval (DLI), executing a subspace identification analysis (S1500) within the time window (W) resulting in the determination of one or more parameters of the battery (B), populating (S1600) a model of the battery (B) with the one or more parameters, estimating (S1800) the state of the battery based on the model , characterized in that the method further comprises a step of executing a Kalman filter (S1700) on the model of the battery (B). acquiring (S1100) data of the battery (B) during at least a predetermined time range, the data comprising at least a plurality of voltage measurements (V) and a plurality of current measurements (I), determining (S1200) a time window (W) within the predetermined time range, the time window (W) starting after a relaxed voltage interval (RVI) and comprising a dynamic load interval (DLI), executing a subspace identification analysis (S1500) within the time window (W) resulting in the determination of one or more parameters of the battery (B), populating (S1600) a model of the battery (B) with the one or more parameters, estimating (S1800) the state of the battery based on the model , characterized in that the method further comprises a step of executing a Kalman filter (S1700) on the model of the battery (B).
An order picking system for picking products from storage containers into order containers comprising a control computer for managing and executing picking orders and at least one order picking location according to the goods-to-person principle at which a number of products predetermined by the control computer may be picked from the storage containers transported by means of a storage container conveying system into conveying bags and a suspension conveying system for transporting the conveying bags and a packing location for packing the products taken from conveying bags and assigned to a picking order into the order container assigned to the picking order, characterized in that an order container conveying system for transporting order containers , in particular crates, is provided at the order picking location and that the control computer for executing a first picking order is designed to predetermine the number of products to be picked at the order picking location such that the number of products required for picking the first picking order is picked into the order container assigned to the first picking order and further products contained in the storage container are picked into a conveying bag for later picking of further picking orders at the packing location .
A method for the production of granules comprising surface-reacted calcium carbonate, comprising the steps of: a) providing a surface-reacted calcium carbonate, wherein the surface-reacted calcium carbonate is a reaction product of natural ground or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors in an aqueous medium, wherein the carbon dioxide is formed in-situ by the H 3 O + ion donor treatment and/or is supplied from an external source; b) compacting the surface-reacted calcium carbonate of step a) by means of a roller compacter at a compaction pressure in the range from 1 to 30 kN/cm into a compacted form; c) milling the compacted form of step b) into granules; wherein the compacted form obtained in step b) consists of the surface-reacted calcium carbonate of step a). a) providing a surface-reacted calcium carbonate, wherein the surface-reacted calcium carbonate is a reaction product of natural ground or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors in an aqueous medium, wherein the carbon dioxide is formed in-situ by the H 3 O + ion donor treatment and/or is supplied from an external source; b) compacting the surface-reacted calcium carbonate of step a) by means of a roller compacter at a compaction pressure in the range from 1 to 30 kN/cm into a compacted form; c) milling the compacted form of step b) into granules;
Insertion device for inserting at least one packing section for a gas/liquid separation column into a cylindrical casing , comprising a base provided with retaining means configured to grip a packing section and disposed evenly around a main axis , characterized in that the insertion device comprises at least two telescopic devices secured to the base and at least one pushing means secured to one end of each of the two telescopic devices , the telescopic devices being configured to deploy and to drive a movement of the pushing means .
An acoustic glass-break detector comprising: i) a first and a second microphone, wherein the first microphone is configured for capturing acoustic energy and converting it into a first electrical signal, wherein the second microphone is an omnidirectional microphone configured for capturing acoustic energy and converting it into a second electrical signal; the acoustic glass-break detector further comprising; ii) conditioning circuitry configured to convert the first and second electrical signals into first and second conditioned electrical signals in a form suitable to be captured by an analog to digital converter (ADC1, ADC2); and iii) a digital signal processor (DSP) for capturing and analyzing the first and second conditioned electrical signals; wherein the digital signal processor is configured to thereby: capture the first and second conditioned electrical signals; characterized in that the acoustic glass-break detector has anti-masking functionality and is configured to perform the capture periodically, perform analysis of the captured signals, including comparing the signals and if: A) the signals have a differential greater than a threshold, to trigger a masking alarm; B) the signals have a differential less than or equal to the threshold, to continue operation. i) a first and a second microphone, wherein the first microphone is configured for capturing acoustic energy and converting it into a first electrical signal, wherein the second microphone is an omnidirectional microphone configured for capturing acoustic energy and converting it into a second electrical signal; the acoustic glass-break detector further comprising; ii) conditioning circuitry configured to convert the first and second electrical signals into first and second conditioned electrical signals in a form suitable to be captured by an analog to digital converter (ADC1, ADC2); and iii) a digital signal processor (DSP) for capturing and analyzing the first and second conditioned electrical signals; A) the signals have a differential greater than a threshold, to trigger a masking alarm; B) the signals have a differential less than or equal to the threshold, to continue operation.
An apparatus, comprising; a receptacle to receive a plug and to couple a peripheral device to a computing device; a ground contact of a circuit board of the computing device; and a means (108; 206) to reduce radio frequency interference, RFI, from an interface between the plug and the receptacle , wherein the means (108; 206) to reduce RFI is communicatively coupled to the ground contact , characterised in that the means (108; 206) to reduce RFI is disposed near the back of the receptacle , and the means to reduce RFI (108; 206) includes a back shield and a side shield , the side shield disposed at an interface of a side of the plug and a side of the receptacle , the side shield being a protrusion of the receptacle arranged to communicatively couple the plug to the receptacle , wherein the side shield is to surround the periphery of the plug and is disposed across a perimeter of the interface between the plug and the receptacle .
A hydraulic adjustment unit, comprising: a first hydraulic adjustment apparatus , wherein the first hydraulic adjustment apparatus comprises a first hydraulic cavity and a second hydraulic cavity , the first hydraulic cavity communicates with a first brake pipeline , the second hydraulic cavity communicates with a second brake pipeline , and the first brake pipeline and the second brake pipeline communicate with each other by using a fifth brake pipeline ; the first brake pipeline communicates with a third brake pipeline , the third brake pipeline communicates with the fifth brake pipeline , the second brake pipeline communicates with the third brake pipeline by using the fifth brake pipeline , the third brake pipeline is configured to provide brake force for a first group of wheels , and a first control valve is disposed on the third brake pipeline , to control connection/disconnection of the third brake pipeline ; and the second brake pipeline communicates with a fourth brake pipeline , the fourth brake pipeline communicates with the fifth brake pipeline , the first brake pipeline communicates with the fourth brake pipeline by using the fifth brake pipeline , the fourth brake pipeline is configured to provide brake force for a second group of wheels , and a second control valve is disposed on the fourth brake pipeline , to control connection/disconnection of the fourth brake pipeline , characterized in that the first hydraulic adjustment apparatus has a two-way pressurization function. a first hydraulic adjustment apparatus , wherein the first hydraulic adjustment apparatus comprises a first hydraulic cavity and a second hydraulic cavity , the first hydraulic cavity communicates with a first brake pipeline , the second hydraulic cavity communicates with a second brake pipeline , and the first brake pipeline and the second brake pipeline communicate with each other by using a fifth brake pipeline ; the first brake pipeline communicates with a third brake pipeline , the third brake pipeline communicates with the fifth brake pipeline , the second brake pipeline communicates with the third brake pipeline by using the fifth brake pipeline , the third brake pipeline is configured to provide brake force for a first group of wheels , and a first control valve is disposed on the third brake pipeline , to control connection/disconnection of the third brake pipeline ; and the second brake pipeline communicates with a fourth brake pipeline , the fourth brake pipeline communicates with the fifth brake pipeline , the first brake pipeline communicates with the fourth brake pipeline by using the fifth brake pipeline , the fourth brake pipeline is configured to provide brake force for a second group of wheels , and a second control valve is disposed on the fourth brake pipeline , to control connection/disconnection of the fourth brake pipeline , characterized in that the first hydraulic adjustment apparatus has a two-way pressurization function.
Blank for a form drill having a first region having a substantially rectangular trapezoidal cross-section and a second region having a substantially rectangular trapezoidal cross-section, wherein the first region is arranged in parallel to the second region , and the longest side of the cross-section of the first region contacts the longest side of the cross-section of the second region , and wherein the side of the trapezoidal cross-section of the first region , which is connected to adjacent sides via two right angles, runs in parallel to that side of the trapezoidal cross-section of the second region , which in turn is connected to adjacent sides via two right angles, characterised in that the blank has an angular structure approximately Z-shaped in cross-section.
A method comprising: providing a fixture including a target in a field of view of a sensor mounted to a vehicle , wherein the target is detectable by the sensor , and the fixture includes a first rangefinding device and a second rangefinding device spaced from the first rangefinding device ; measuring a first angle (α 1 ) and first distance (d 1 ) from the first rangefinding device to a first known point on the vehicle ; measuring a second angle (α 2 ) and second distance (d 2 ) from the second rangefinding device to a second known point on the vehicle ; determining a position (x, y, z) v and orientation (φ, θ, ψ) v of the target in a coordinate system relative to the vehicle based on the first angle (α 1 ), the first distance (d 1 ), the second angle (α 2 ), and the second distance (d 2 ); and calibrating the sensor based on the position (x, y, z) v and orientation (φ, θ, ψ) v of the target . providing a fixture including a target in a field of view of a sensor mounted to a vehicle , wherein the target is detectable by the sensor , and the fixture includes a first rangefinding device and a second rangefinding device spaced from the first rangefinding device ; measuring a first angle (α 1 ) and first distance (d 1 ) from the first rangefinding device to a first known point on the vehicle ; measuring a second angle (α 2 ) and second distance (d 2 ) from the second rangefinding device to a second known point on the vehicle ; determining a position (x, y, z) v and orientation (φ, θ, ψ) v of the target in a coordinate system relative to the vehicle based on the first angle (α 1 ), the first distance (d 1 ), the second angle (α 2 ), and the second distance (d 2 ); and calibrating the sensor based on the position (x, y, z) v and orientation (φ, θ, ψ) v of the target .
A circuit breaker, which includes a fixed part having a fixed contact, a movable part having a movable contact, a closing resistor unit connected to the fixed part and having a closing resistor unit contact , and a closing resistor movable part connected to the movable part and having a closing resistor movable contact , the circuit breaker comprising a support structure for slidably supporting the closing resistor unit in a direction parallel to a movement direction of the closing resistor movable part , characterised in that the support structure comprises an insulation block coupled to a circuit breaker case and a support guide coupled to the insulation block , wherein the closing resistor unit is slidably coupled to the support guide by fitting a guide rod into a guide groove , and in that a buffer gap (g1) is longitudinally formed between the guide groove and the guide rod .
A slidable mounting block for insertion into a rail having a partially closed profile, wherein the slidable mounting block has a front face and a rear face opposite to said front face , the front face facing an open part of the partially closed profile when inserted into the rail , the slidable mounting block comprising: - a first hole accessible from the front face in a first fixing area of the mounting block and configured for screwing in a threaded part of a first fastener; - a recess accessible from the rear face in a second fixing area of the mounting block and configured for holding a head of a second fastener; - a second hole accessible from the front face in the second fixing area of the mounting block , the second hole being co-aligned with the recess and configured for passing a shaft of the second fastener through the mounting block ; characterized by - two spring arms configured for holding the slidable mounting block within the partially closed profile when inserted into the rail . - a first hole accessible from the front face in a first fixing area of the mounting block and configured for screwing in a threaded part of a first fastener; - a recess accessible from the rear face in a second fixing area of the mounting block and configured for holding a head of a second fastener; - a second hole accessible from the front face in the second fixing area of the mounting block , the second hole being co-aligned with the recess and configured for passing a shaft of the second fastener through the mounting block ; characterized by - two spring arms configured for holding the slidable mounting block within the partially closed profile when inserted into the rail .
Apparatus for sanitising soles of footwear, comprising a supporting structure , a bearing surface movable in a bearing direction (P) of a user's foot relative to said supporting structure , a reservoir suitable for containing sanitising fluid, and a delivery unit for delivering the sanitising fluid towards said bearing surface at a bearing portion for the user's foot, characterised in that it further comprises a compressible member operatively associable with said bearing surface in such a way that said compressible member is compressed as a result of a movement of said bearing surface in said bearing direction (P), the compression of said compressible member being suitable for forcing the sanitising fluid contained in said reservoir into said delivery unit , and elastic return means suitable for forcing said compressible member into an expanded state.
A matrix assisted laser desorption ionization (MALDI) mass spectrometry (MS) substrate comprising a plurality of samples, which samples comprise nanoparticles and a MALDI MS matrix, which samples are substantially crystalized, which matrix is not covalently linked to the nanoparticles which nanoparticles are not in association with a peptide or protein, and wherein the mole ratio or molar concentration ratio of the amount of matrix to the amount of nanoparticles is about 13:1 to about 430:1.
An iron comprising: - a heatable soleplate , - a handle , - a heat controller user interface , comprising at least two different touch controls each corresponding to a different heat setting of the iron and characterised in that the touch controls are provided with a light indicator each and wherein the light indicators are configured to indicate the heat setting currently selected, the iron further comprising a forward-facing light for illuminating a textile to be ironed, wherein the forward-facing light is lit when the temperature of the soleplate corresponds to the temperature selected by a touch control. - a heatable soleplate , - a handle , - a heat controller user interface , comprising at least two different touch controls each corresponding to a different heat setting of the iron and characterised in that the touch controls are provided with a light indicator each and wherein the light indicators are configured to indicate the heat setting currently selected, the iron further comprising a forward-facing light for illuminating a textile to be ironed, wherein the forward-facing light is lit when the temperature of the soleplate corresponds to the temperature selected by a touch control.
Method for determining an axle load (F R ) on a vehicle axle (HA) of a tractor having a power lift to which a payload is able to be coupled, wherein - the power lift is driven by a hydraulic pump , characterized in that the pump pressure (p L ) thereof is set depending on the coupled payload , - the set pump pressure (p L ) is ascertained, and - the axle load (F R ) is determined depending on the ascertained pump pressure (p L ). - the power lift is driven by a hydraulic pump , characterized in that the pump pressure (p L ) thereof is set depending on the coupled payload , - the set pump pressure (p L ) is ascertained, and - the axle load (F R ) is determined depending on the ascertained pump pressure (p L ).
A method of supplying compressed hydrocarbon gas from a standardized shipping container having an interior and a roof, the method comprising: disposing a compressor package in the interior of the container to define a modular compression system; mounting at least one storage tank on the roof of the container ; mounting a louvered vent in an opening on the roof of the container , wherein the louvered vent is directly adjacent to the storage tank and positioned such that the storage tank does not overlap the louvered vent ; transporting the modular compression system to a location having a supply of hydrocarbon gas ; compressing hydrocarbon gas from the supply of hydrocarbon gas to form compressed hydrocarbon gas; and delivering the compressed hydrocarbon gas to the storage tank for subsequent dispensing to a vehicle . disposing a compressor package in the interior of the container to define a modular compression system; mounting at least one storage tank on the roof of the container ; mounting a louvered vent in an opening on the roof of the container , wherein the louvered vent is directly adjacent to the storage tank and positioned such that the storage tank does not overlap the louvered vent ; transporting the modular compression system to a location having a supply of hydrocarbon gas ; compressing hydrocarbon gas from the supply of hydrocarbon gas to form compressed hydrocarbon gas; and delivering the compressed hydrocarbon gas to the storage tank for subsequent dispensing to a vehicle .
A method for communicating messages in a channel of a wireless communication network based on a time division multiple access protocol, where successive cycles, each of which comprising a predetermined number of successive time slots, are defined in the channel, the method comprising the steps performed in the given order: determining a free first q th time slot according to beacon messages received from the neighboring nodes by scanning the channel for a whole cycle (S101); obtaining by a first node a first list of its neighboring nodes (S103); broadcasting a first message in the first q th time slot (S105); receiving acknowledge information from other nodes within the network for one cycle after the first q th time slot (S107); obtaining a second list of its neighboring nodes after the first q th time slot; and determining whether q th time slots are proper for communicating messages by the first node by checking whether all nodes on both the first and the second lists have received the first message based on the received acknowledge information, each piece of which indicates whether a corresponding node has received the first message; and wherein when all nodes on both the first and the second lists have received the first message, it is determined that the q th time slots are proper for communicating messages by the first node. determining a free first q th time slot according to beacon messages received from the neighboring nodes by scanning the channel for a whole cycle (S101); obtaining by a first node a first list of its neighboring nodes (S103); broadcasting a first message in the first q th time slot (S105); receiving acknowledge information from other nodes within the network for one cycle after the first q th time slot (S107); obtaining a second list of its neighboring nodes after the first q th time slot; and determining whether q th time slots are proper for communicating messages by the first node by checking whether all nodes on both the first and the second lists have received the first message based on the received acknowledge information, each piece of which indicates whether a corresponding node has received the first message; and wherein when all nodes on both the first and the second lists have received the first message, it is determined that the q th time slots are proper for communicating messages by the first node.
Panel holder having two oblong holes which extend from a first side to a second side opposite the first side, wherein the elongate extent of at least one of the oblong holes is formed transversely to the direction connecting the oblong holes , and having an eccentric pin which projects out of the remainder of the panel holder on a third side, is mounted rotatably in the panel holder and can be fixed in a position by means of a fixing element .