mhurhangee/ep-ind-claims huggingface dataset:
An open roof assembly for use in a vehicle roof of a vehicle, the open roof assembly comprising a movably arranged closure member for closing an opening in the vehicle roof and a pinch detection module for detecting a pinch of an object between the closure member and an edge of the opening, wherein the pinch detection module is operatively coupled to receive an input signal such as a sensor signal, a motor supply current or a signal derived from such a motor supply current, and is configured to detect the pinch based on said input signal and a threshold, wherein the pinch detection module is configured to dynamically determine the threshold based on the input signal, wherein determining the threshold comprises determining an input compensation value based on the input signal to adapt the threshold to an offset level of a normalized input signal and combining a threshold bias value and the input compensation value, wherein the normalized input signal is provided by normalizing the input signal with respect to an input offset by removing the input offset from the input signal prior to determining the threshold, and wherein determining the input compensation value comprises determining a median value of one of the input signal and the normalized input signal. wherein determining the threshold comprises determining an input compensation value based on the input signal to adapt the threshold to an offset level of a normalized input signal and combining a threshold bias value and the input compensation value, wherein the normalized input signal is provided by normalizing the input signal with respect to an input offset by removing the input offset from the input signal prior to determining the threshold, and wherein determining the input compensation value comprises determining a median value of one of the input signal and the normalized input signal.
Method of manufacturing a thermoanalytical sensor, specifically a differential scanning calorimetry sensor, which includes a substrate with a top side and an underside, at least one measurement position, at least one temperature sensor unit, and at least one electrical contact pad, wherein the at least one measurement position, the at least one temperature sensor unit and the electrical contact pad are arranged on the top side of the sensor, with the temperature sensor unit measuring the temperature at the measurement position, and wherein the temperature sensor unit is connected by way of the electrical contact pad to a metallic wire and thereby tied into an electronic circuit; the method comprising the steps of a. preparing the substrate; b. producing at least one measurement position, at least one temperature sensor unit and at least one electrical contact pad on the top side of the substrate; c. making a passage in the substrate for the connection to the electrical contact pad; d. inserting a metallic wire into the passage from the underside of the substrate; characterized by e. melting the upper end of the wire and thereby forming a metal ball; and f. completing the bond in the form of a materially integral connection between the upper end of the metallic wire and the electrical contact pad through the application of pressure and heat to the metal ball. a. preparing the substrate; b. producing at least one measurement position, at least one temperature sensor unit and at least one electrical contact pad on the top side of the substrate; c. making a passage in the substrate for the connection to the electrical contact pad; d. inserting a metallic wire into the passage from the underside of the substrate; characterized by e. melting the upper end of the wire and thereby forming a metal ball; and f. completing the bond in the form of a materially integral connection between the upper end of the metallic wire and the electrical contact pad through the application of pressure and heat to the metal ball.
Bellows for protecting a spring device, wherein the bellows is of ring-shaped design such that the bellows extends from a first, face-side bellows end to a second, face-side bellows end, wherein the bellows is of deformable form in order to be brought from an open position into a closed position, wherein the bellows is, in the open position, interrupted along a parting line which extends from the first bellows end to the second bellows end, and wherein the bellows, in the closed position, is closed at the parting line, wherein the bellows has a first closure end and a second closure end, which are arranged opposite each other and/or separately from each other along the parting line in the open position of the bellows, wherein a first closure means is formed at the first closure end and a second closure means is formed at the second closure end, wherein the first and the second closure means (26, 28) are designed in order to be connected to each other in a force-fitting and/or interlocking manner, wherein the first and the second closure means (26, 28) are designed to form a latching connection in the closed position, characterized in that the first closure means forms a double lip and the second closure means forms a single lip. wherein the bellows is of ring-shaped design such that the bellows extends from a first, face-side bellows end to a second, face-side bellows end, wherein the bellows is of deformable form in order to be brought from an open position into a closed position, wherein the bellows is, in the open position, interrupted along a parting line which extends from the first bellows end to the second bellows end, and wherein the bellows, in the closed position, is closed at the parting line, wherein the bellows has a first closure end and a second closure end, which are arranged opposite each other and/or separately from each other along the parting line in the open position of the bellows, wherein a first closure means is formed at the first closure end and a second closure means is formed at the second closure end, wherein the first and the second closure means (26, 28) are designed in order to be connected to each other in a force-fitting and/or interlocking manner, wherein the first and the second closure means (26, 28) are designed to form a latching connection in the closed position, characterized in that the first closure means forms a double lip and the second closure means forms a single lip.
A modular hand-held pump system for ocular surgery, the system comprising: a pumping portion comprising: a housing; a cylindrical cavity formed within the housing; and compressible conduits (115a, 115b, 426), each of the compressible conduits adapted to create a separate fluid flow; and a drive portion comprising: a body; and a rotor (118, 247, 416) disposed in the body, the rotor receivable into the cylindrical cavity upon coupling of the drive portion to the pumping portion; characterized in that the housing of the pump portion comprises an outer shell and an inner shell, wherein the body of the drive portion is slideable between the inner shell and the outer shell upon coupling the drive portion to the pumping portion; wherein the body of the drive portion comprises a slot formed therein, the slot including a transverse portion; and wherein the pumping portion further comprises a fluid port receivable into the slot and secured into the transverse portion of the slot by rotation of the pumping portion relative to the drive portion. a pumping portion comprising: a housing; a cylindrical cavity formed within the housing; and compressible conduits (115a, 115b, 426), each of the compressible conduits adapted to create a separate fluid flow; and a housing; a cylindrical cavity formed within the housing; and compressible conduits (115a, 115b, 426), each of the compressible conduits adapted to create a separate fluid flow; and a drive portion comprising: a body; and a rotor (118, 247, 416) disposed in the body, the rotor receivable into the cylindrical cavity upon coupling of the drive portion to the pumping portion; characterized in that the housing of the pump portion comprises an outer shell and an inner shell, wherein the body of the drive portion is slideable between the inner shell and the outer shell upon coupling the drive portion to the pumping portion; wherein the body of the drive portion comprises a slot formed therein, the slot including a transverse portion; and a body; and a rotor (118, 247, 416) disposed in the body, the rotor receivable into the cylindrical cavity upon coupling of the drive portion to the pumping portion; characterized in that the housing of the pump portion comprises an outer shell and an inner shell, wherein the body of the drive portion is slideable between the inner shell and the outer shell upon coupling the drive portion to the pumping portion; wherein the body of the drive portion comprises a slot formed therein, the slot including a transverse portion; and wherein the pumping portion further comprises a fluid port receivable into the slot and secured into the transverse portion of the slot by rotation of the pumping portion relative to the drive portion.
An operation processing apparatus, comprising: an acquisition unit configured to acquire a program corresponding to a predetermined area of an original program; a generation unit configured to generate a sampling program, for acquiring data to replicate cache operation in the predetermined area, and to generate data used in the predetermined area immediately before the program corresponding to the predetermined area is executed and information of overlapping of cache index for the data in the predetermined area in a case in which cache memory used for executing the original program operates as one-way cache memory; and an execution unit configured to execute the program corresponding to the predetermined area using the generated data immediately before the program corresponding to the predetermined area is executed and the information of the overlapping of the cache index. an acquisition unit configured to acquire a program corresponding to a predetermined area of an original program; a generation unit configured to generate a sampling program, for acquiring data to replicate cache operation in the predetermined area, and to generate data used in the predetermined area immediately before the program corresponding to the predetermined area is executed and information of overlapping of cache index for the data in the predetermined area in a case in which cache memory used for executing the original program operates as one-way cache memory; and an execution unit configured to execute the program corresponding to the predetermined area using the generated data immediately before the program corresponding to the predetermined area is executed and the information of the overlapping of the cache index.
Method for designing a garment to be worn by a baby, the garment having a plurality of surfaces, the garment for providing tactile stimulation for a baby whose motor skills are not yet developed enough to reach or grasp surfaces using voluntary movements, the method comprising: observing repeated involuntary movements of said baby; - selecting at least one surface from said plurality of surfaces to serve as a tactile stimulating surface said surface being placed at a location determined by said observing to be accessible by involuntary movements by a touch sensing organ of said baby whose motor skills are not yet developed who is wearing said garment; and - selecting a texture for said at least one surface, said selected texture being different from a texture of at least a majority of said plurality of surfaces, said selected texture configured to provide tactile stimulation to said touch sensing organ. observing repeated involuntary movements of said baby; - selecting at least one surface from said plurality of surfaces to serve as a tactile stimulating surface said surface being placed at a location determined by said observing to be accessible by involuntary movements by a touch sensing organ of said baby whose motor skills are not yet developed who is wearing said garment; and - selecting a texture for said at least one surface, said selected texture being different from a texture of at least a majority of said plurality of surfaces, said selected texture configured to provide tactile stimulation to said touch sensing organ. - selecting at least one surface from said plurality of surfaces to serve as a tactile stimulating surface said surface being placed at a location determined by said observing to be accessible by involuntary movements by a touch sensing organ of said baby whose motor skills are not yet developed who is wearing said garment; and - selecting a texture for said at least one surface, said selected texture being different from a texture of at least a majority of said plurality of surfaces, said selected texture configured to provide tactile stimulation to said touch sensing organ.
Loading system for loading and unloading loading spaces of trucks, having an arrangement of chain conveyors which are aligned parallel to one another and are arranged such that standard pallets can be moved back and forth on the chain conveyors in a conveying direction, characterized in that in that an autonomous conveyor vehicle with at least one steerable wheel is provided as a component of the loading system, and in that the chain conveyors are arranged at a height above a floor, so that the conveyor vehicle with vertically movable pallet fork units can be positioned below the chain conveyors.
A method for remote estimation of hydrant water pressure at a hydrant located at the end of a branch pipe, the branch pipe being branched of a main pipe, said method comprising the steps of • detecting a valve open-close status of a stop valve arranged in said branch pipe and transmitting said valve open-close status wirelessly to an external data system, • detecting a hydrant open-close status of said hydrant and transmitting said hydrant open-close status wirelessly to said external data system, • detecting a branch water pressure of water in said branch pipe and transmitting said branch water pressure wirelessly to said external data system, and • estimating said hydrant water pressure at said hydrant based on said valve open-close status, said hydrant open-close status and said branch water pressure. • detecting a valve open-close status of a stop valve arranged in said branch pipe and transmitting said valve open-close status wirelessly to an external data system, • detecting a hydrant open-close status of said hydrant and transmitting said hydrant open-close status wirelessly to said external data system, • detecting a branch water pressure of water in said branch pipe and transmitting said branch water pressure wirelessly to said external data system, and • estimating said hydrant water pressure at said hydrant based on said valve open-close status, said hydrant open-close status and said branch water pressure.
Water-soluble granules for the preparation of a drinking solution consisting of a concentrated extract of red vine leaves, a water-soluble carrier material, an acidifying agent, a flow regulator, a sweetening agent and optionally a flavouring, characterized in that the water-soluble carrier material is maltodextrin and in that the granules contain 45 to 60 percent by weight of the extract of red vine leaves, where the constituents together amount to 100 percent by weight, and in that the weight ratio between the dried, aqueous extract of red vine leaves and maltodextrin is 0.8:1.0 to 1.2:1.0.
Switching device, comprising closable contacts (2, 3, 4) and an extinguishing chamber which is associated with the contacts and has a first extinguishing area and a second extinguishing area arranged directly adjacent to the first extinguishing area, the first extinguishing area and the second extinguishing area being spatially separated from each other by a partition wall, and the switching device being configured in such a way that a switching arc which is generated when opening the contacts is always blown away from the point where it is generated in one of the two extinguishing areas by means of an arc blowing means of the switching device and is caused to be extinguished, whereas the respective other one of the two extinguishing areas is not used for extinguishing, characterized in that the partition wall between the first extinguishing area and the second extinguishing area has at least one overflow opening (8, 19) which connects the first extinguishing area to the second extinguishing area in such a way that plasma which is generated by the switching arc can flow from the extinguishing area in which the switching arc is caused to be extinguished into the respective other, unused extinguishing area.
A web server circuit for preventing parasite attacks configured to: upon a request of a service from a client, transmit an object to the client, the object being identified by a first name; and upon a further request of the service from the client, generate a second name and transmit the object to the client, the object being identified by the second name. upon a request of a service from a client, transmit an object to the client, the object being identified by a first name; and upon a further request of the service from the client, generate a second name and transmit the object to the client, the object being identified by the second name.
A resonator, comprising: multiple electrodes (806a, 806b) including a first electrode and a second electrode; and a composite piezoelectric material that comprises at least one layer of a first piezoelectric material and at least one layer of a second piezoelectric material, wherein at least one electrode is coupled to a bottom of the composite piezoelectric material, and wherein at least one electrode is coupled to a top of the composite piezoelectric material; wherein the composite piezoelectric material comprises: a first layer of the first piezoelectric material; and a first layer of the second piezoelectric material; characterized in that the first layer of the first piezoelectric material is arranged side by side with the first layer of the second piezoelectric material, the first electrode is coupled to the top of both the first layer of the first piezoelectric material and the first layer of the second piezoelectric material, and the second electrode is coupled to the bottom of both the first layer of the first piezoelectric material and the first layer of the second piezoelectric material. multiple electrodes (806a, 806b) including a first electrode and a second electrode; and a composite piezoelectric material that comprises at least one layer of a first piezoelectric material and at least one layer of a second piezoelectric material, wherein at least one electrode is coupled to a bottom of the composite piezoelectric material, and wherein at least one electrode is coupled to a top of the composite piezoelectric material; wherein the composite piezoelectric material comprises: a first layer of the first piezoelectric material; and a first layer of the second piezoelectric material; a first layer of the first piezoelectric material; and a first layer of the second piezoelectric material; characterized in that the first layer of the first piezoelectric material is arranged side by side with the first layer of the second piezoelectric material, the first electrode is coupled to the top of both the first layer of the first piezoelectric material and the first layer of the second piezoelectric material, and the second electrode is coupled to the bottom of both the first layer of the first piezoelectric material and the first layer of the second piezoelectric material.
Device for refrigerating and/or liquefying a fluid such as hydrogen and/or helium, comprising a circuit for fluid to be cooled having an upstream end intended to be connected to a source of fluid and a downstream end intended to be connected to a member for collecting the fluid, the device comprising a set of heat exchanger(s) (6, 7, 8, 9, 10, 11, 12, 13) in heat exchange with the circuit for fluid to be cooled, the device comprising at least a first cooling system in heat exchange with at least part of the set of heat exchanger(s) (6, 7, 8, 9, 10, 11, 12, 13), the first cooling system being a refrigerator that performs a refrigeration cycle on a cycle gas, said refrigerator comprising the following, disposed in series in a cycle circuit: a mechanism for compressing the cycle gas, at least one member (16, 5, 6, 8, 10, 12) for cooling the cycle gas, a mechanism for expanding the cycle gas and at least one member (13, 12, 11, 10, 9, 8, 7, 6, 5) for heating the expanded cycle gas, wherein the compression mechanism comprises a plurality of compression stages in series that are composed of a set of centrifugal impeller compressor(s), the compression stages being mounted on shafts (19, 190) that are driven in rotation by a set of motor (s), the expansion mechanism comprising at least one expansion stage composed of a set of centripetal turbine (s) having a determined working pressure at the inlet, and wherein the turbine, or respectively at least one of the turbines, is coupled to the same shaft as at least one compression stage so as to provide the mechanical work produced during the expansion to the compression stage, characterized in that the at least one turbine and the corresponding compression stage that are coupled are structurally configured such that the pressure of the cycle gas exiting the turbine differs by no more than 40% and preferably by no more than 30% or by no more than 20% from the pressure of the cycle gas at the inlet of the compression stage, and in that the at least one turbine and the corresponding compression stage that are coupled are structurally configured such that the pressure of the cycle gas entering the turbine differs by no more than 40% and preferably by no more than 30% or by no more than 20% from the pressure of the cycle gas at the outlet of the compression stage, and in that the expansion rate across the at least one turbine coupled to a compression stage is configured to produce a drop in pressure of the cycle gas, the value of which differs by no more than 40% from the value of the increase in pressure across the compression stage to which said turbine is coupled.
An anode cell of a metal air fuel cell, the anode cell comprising a water permeable body having a pouch shape into which a metal in a powder state and an electrolytic material are injected; wherein the water permeable body is manufactured to contain any one or two or more selected from a polymer or a water absorption promoter; the polymer includes at least one of polyethylene, polypropylene and polyethylene terephthalate; and the water absorption promoter includes carbon molecular sieve.
An integrated circuit device comprising: a microwell array having a plurality of reaction regions; each reaction region associated with two or more chemical sensors (331.1; 331.2; 331.3; 331.4), each chemical sensor comprising a row select switch (351.1; 351.2; 351.3; 351.4) and a chemically-sensitive field effect transistor (341.1; 341.2; 341.3; 341.4), the chemically-sensitive field effect transistors of a respective reaction region having a common floating gate in communication with the reaction region; the integrated circuit device further comprising: a column output circuit to obtain from each of the chemically-sensitive field effect transistors an individual output signal indicating an analyte within the respective reaction region. a microwell array having a plurality of reaction regions; each reaction region associated with two or more chemical sensors (331.1; 331.2; 331.3; 331.4), each chemical sensor comprising a row select switch (351.1; 351.2; 351.3; 351.4) and a chemically-sensitive field effect transistor (341.1; 341.2; 341.3; 341.4), the chemically-sensitive field effect transistors of a respective reaction region having a common floating gate in communication with the reaction region; the integrated circuit device further comprising: a column output circuit to obtain from each of the chemically-sensitive field effect transistors an individual output signal indicating an analyte within the respective reaction region.