mhurhangee/ep-ind-claims huggingface dataset:
Filter systems for suspended matter (2.3) with a particle size of 400 pm to ≤500 μm in flowing fluids (2.2), the filter systems each comprising at least one device in objects (2.6), through which the fluids (2.2) are flowable and which are fixed in the fluids (2.2), selected from the group consisting of fluid-permeable, vibrating membranes, foams, nets, threads and fabrics, the device comprising at least one flow area (2.1) for the fluids (2.2., 2.2.1) to flow through, wherein - the at least one flow area (2.1) has at least two pairs of mutually associated and opposing piezoelectric ultrasonic transmitters (2.4.1) for generating the at least one standing acoustic ultrasonic field (2.4.2), the piezoelectric ultrasonic transmitters being configured to generate at least one standing acoustic ultrasonic field (2.4.2) having a power level of 40 dB to 250 dB of standing, modulated and non-modulated ultrasonic longitudinal waves (2.4.2) and their harmonics and/or of ultrasonic transverse waves (2.4.2T) and their harmonics (2.4.2) of the frequency of 1 kHz to 800 MHz, - wherein at least one electronic device for generating, monitoring and stabilizing the at least one standing acoustic ultrasonic field (2.4.2) with at least one feedback loop is furthermore present, and the device is configured to supply the piezoelectric ultrasonic transmitters (2.4.1) with an energy input of 0.25 W to 1 kW, - wherein at least one conveyor device (2.5) for a volume flow for the fluids (2.2, 2.2.1) into and through the at least one flow area (2.1) is furthermore present, - wherein at least one fluid connection (2.7) of the at least one flow area (2.1) with at least one filter having a smallest filterable particle size of 50 nm to 1000 nm is permeable for fluids (2.2.1). - the at least one flow area (2.1) has at least two pairs of mutually associated and opposing piezoelectric ultrasonic transmitters (2.4.1) for generating the at least one standing acoustic ultrasonic field (2.4.2), the piezoelectric ultrasonic transmitters being configured to generate at least one standing acoustic ultrasonic field (2.4.2) having a power level of 40 dB to 250 dB of standing, modulated and non-modulated ultrasonic longitudinal waves (2.4.2) and their harmonics and/or of ultrasonic transverse waves (2.4.2T) and their harmonics (2.4.2) of the frequency of 1 kHz to 800 MHz, - wherein at least one electronic device for generating, monitoring and stabilizing the at least one standing acoustic ultrasonic field (2.4.2) with at least one feedback loop is furthermore present, and the device is configured to supply the piezoelectric ultrasonic transmitters (2.4.1) with an energy input of 0.25 W to 1 kW, - wherein at least one conveyor device (2.5) for a volume flow for the fluids (2.2, 2.2.1) into and through the at least one flow area (2.1) is furthermore present, - wherein at least one fluid connection (2.7) of the at least one flow area (2.1) with at least one filter having a smallest filterable particle size of 50 nm to 1000 nm is permeable for fluids (2.2.1).
Electrical fuse element for an arrangement on a circuit board as an SMD component, comprising - an insulating housing with an underside, - two contact elements for electrical connection to the circuit board, wherein the contact elements each protrude from the underside of the insulating housing with a partial area which has a contact surface of angled configuration at the end, characterised in - at least one support element which is arranged on the underside and which has a support surface for support on the circuit board, wherein - the contact surfaces and the support surface are arranged within one plane, - the fuse element for an arrangement is formed edgewise on the circuit board and the insulating housing has two opposite main sides and two opposite narrow sides, wherein a width Bs of the narrow sides is set to a smaller value than a width B H of the main sides, and the insulating housing is arranged orthogonal to the circuit board in a mounted position, - the contact surfaces are each angled in opposite directions to a respective main side. - an insulating housing with an underside, - two contact elements for electrical connection to the circuit board, wherein the contact elements each protrude from the underside of the insulating housing with a partial area which has a contact surface of angled configuration at the end, - at least one support element which is arranged on the underside and which has a support surface for support on the circuit board, wherein - the contact surfaces and the support surface are arranged within one plane, - the fuse element for an arrangement is formed edgewise on the circuit board and the insulating housing has two opposite main sides and two opposite narrow sides, wherein a width Bs of the narrow sides is set to a smaller value than a width B H of the main sides, and the insulating housing is arranged orthogonal to the circuit board in a mounted position, - the contact surfaces are each angled in opposite directions to a respective main side.
A crosslinkable fluorinated aromatic prepolymer which is obtained by subjecting a compound (Y-2) having a polymerizable double bond and a fluorinated aromatic ring, to a condensation reaction in the presence of a HF-removing agent, with a fluorinated aromatic compound and a compound having at least 3 phenolic hydroxyl groups, the respective phenolic hydroxyl groups not being present in the same aromatic ring, and which has polymerizable double bonds and ether bonds and has a number average molecular weight of from 1×10 3 to 5×10 5, wherein the number average molecular weight is determined by subjecting a vacuum dried powder of the prepolymer to a gel permeation chromatography method using tetrahydrofuran as the carrier solvent to obtain the number average molecular weight calculated as polystyrene; wherein the compound (Y-2) is pentafluorostyrene, wherein the fluorinated aromatic compound is at least one member selected from the group consisting of perfluorotoluene, perfluorobiphenyl and perfluoro-1,3,5-triphenylbenzene, and wherein the compound is 1,1,1-tris(4-hydroxyphenyl)ethane or 1,1,2,2-tetrakis(4-hydroxyphenyl)ethane.
A method of making a dampening device for a suspension system of a vehicle, said method comprising the steps of: providing a bumper comprising a microcellular polyurethane and having a body portion having a receiving surface and a contact surface opposite the receiving surface with the bumper presents a ring-shaped configuration defining an inner diameter and an outer diameter; placing the bumper into a mold; preparing a receiving surface of the bumper; injecting a polymeric material into the mold and over the receiving surface of the bumper to form an overmolded mounting flange coupled to the bumper thereby making the dampening device; releasing the dampening device from the mold; and forming the polymeric material into a support element integrally extending from the overmolded mounting flange and disposed within the inner diameter of the body portion of the bumper; wherein the step of preparing the receiving surface of the bumper is further defined as removing a skin or a portion of the bumper to expose cells of the bumper at the receiving surface. providing a bumper comprising a microcellular polyurethane and having a body portion having a receiving surface and a contact surface opposite the receiving surface with the bumper presents a ring-shaped configuration defining an inner diameter and an outer diameter; placing the bumper into a mold; preparing a receiving surface of the bumper; injecting a polymeric material into the mold and over the receiving surface of the bumper to form an overmolded mounting flange coupled to the bumper thereby making the dampening device; releasing the dampening device from the mold; and forming the polymeric material into a support element integrally extending from the overmolded mounting flange and disposed within the inner diameter of the body portion of the bumper; wherein the step of preparing the receiving surface of the bumper is further defined as removing a skin or a portion of the bumper to expose cells of the bumper at the receiving surface.
Protective clothing item which consists at least partially of a metal ring mesh with at least one strap-like fastening means received at least partially in an accommodation channel or in loops and connected to the metal ring mesh for fastening the protective clothing item on the body of the user, wherein a fixing device for fixing the fastening means is associated with the strap-like fastening means, wherein the accommodation channel has a hole, by means of which a first part of the fixing device is releasably fastened, and at least one passage opening (A, B) for the passage of the fastening means outwardly from the accommodation channel, and wherein the associated further part of the fixing device is fastenable on the first part, characterised in that the accommodation channel has a button hole through which the first part of the fixing device firmly connected to the fastening means is releasably buttoned, and in that the button hole and the at least one passage opening are formed by a plurality of passage openings (A, B) spaced from one another in the peripheral direction of the protective glove.
An analyte detection device comprising: a sensor configured for continuous in vivo detection of an analyte, the sensor comprising: a particulate electrode comprising a non-conductive element and a plurality of conductive particles distributed throughout the non-conductive element; and a sensor membrane; and sensor electronics configured to generate a signal associated with the analyte, characterized in that: the non-conductive element is a polyurethane including hydrophilic groups. a sensor configured for continuous in vivo detection of an analyte, the sensor comprising: a particulate electrode comprising a non-conductive element and a plurality of conductive particles distributed throughout the non-conductive element; and a sensor membrane; and a particulate electrode comprising a non-conductive element and a plurality of conductive particles distributed throughout the non-conductive element; and a sensor membrane; and sensor electronics configured to generate a signal associated with the analyte, characterized in that: the non-conductive element is a polyurethane including hydrophilic groups.
A bicycle comprising a container and a closure device for connecting the container to a frame of the bicycle, wherein the closure device comprises - a first closure part which is to be arranged on the frame and comprises a first magnet element (43A, 43B) and - a second closure part which is assigned to the container and comprises a second magnet element (53A, 53B), wherein the second closure part is positionable on the first closure part in a closing direction and is latched mechanically with the first closure part in a closed position, characterized in that the second closure part is releasably connectable to the container, wherein one of the closure parts comprises at least one blocking piece (41A, 41B) and the other of the closure parts at least one locking element (51A, 51B), wherein the at least one blocking piece (41A, 41B) engages in the locking element (51A, 51B) in the closed position in such a manner that the second closure part is held on the first closure part in opposition to the closing direction, wherein the second closure part is releasable from the first closure part as a result of moving in an opening direction which is different to the closing direction, wherein the opening direction corresponds to a rotational direction directed about the closing direction. - a first closure part which is to be arranged on the frame and comprises a first magnet element (43A, 43B) and - a second closure part which is assigned to the container and comprises a second magnet element (53A, 53B), wherein the second closure part is positionable on the first closure part in a closing direction and is latched mechanically with the first closure part in a closed position,
Use of a layered aluminosilicate, possibly organically modified, containing polymeric organic chromophores introduced into the aluminosilicate galleries, which are able to absorb visible and/or ultraviolet light and sensitize photochemical reactions, said polymeric organic chromophore is a polymer bearing organic chromophoric groups wherein the organic chromophore does not contain complexed metal ions and the organic chromophore is a compound containing a chromophoric group selected from porphyrin, rose bengal, anthracene, pyrene, perylene, tetracene, rubrene, naphthalene, phthalocyanines, coumarins, and methylene blue, for the photocatalytic degradation of water impurities.
An opto-electronic measurement arrangement with at least two first light sources (3, 4) which emit light clocked in time-sequential manner and in phases, and with at least one receiver for receiving at least the clock-synchronous alternating component originating from the first light sources (3, 4), and with a device for compensating for extraneous light by regulating the intensity of light radiated into the measurement arrangement by at least one light source, so that the clock-synchronous alternating component, which occurs between different phases, becomes zero wherein the at least one further light source used for regulating is a light source which is independent of the first light sources (3, 4), which is associated with the receiver and which is regulated in amplitude and sign, characterised in that, in the starting state, the further light source emits light without a clock-synchronous alternating component and with a medial intensity, so that from the starting state, the further light source, on the one hand, is configured to be regulated in its amplitude out of this medial range downwardly or upwardly and, on the other hand, is configured to be controlled in its phase phase-shifted in its sign.
A lighting arrangement for presentation of a first object comprising: - an accent lighting assembly (430a-n), having at least one accent light characteristic, comprising at least one accent light generating device, and being arranged to provide illumination of the first object; - a decoration lighting assembly (440a-n), having at least one decoration light characteristic, comprising at least one decoration light generating device, and being arranged to provide background lighting of the first object; characterized in the lighting arrangement further comprising - at least one sensor (410a-n), arranged to detect a distance between the sensor and a second object and to generate a signal value representing the distance; - a controller arranged to receive the signal value from the at least one sensor and to adapt the accent light characteristic and the decoration light characteristic based on the signal value, and; - the decoration lighting assembly (440a-n) being arranged to not primarily illuminate the first object. - an accent lighting assembly (430a-n), having at least one accent light characteristic, comprising at least one accent light generating device, and being arranged to provide illumination of the first object; - a decoration lighting assembly (440a-n), having at least one decoration light characteristic, comprising at least one decoration light generating device, and being arranged to provide background lighting of the first object; - at least one sensor (410a-n), arranged to detect a distance between the sensor and a second object and to generate a signal value representing the distance; - a controller arranged to receive the signal value from the at least one sensor and to adapt the accent light characteristic and the decoration light characteristic based on the signal value, and; - the decoration lighting assembly (440a-n) being arranged to not primarily illuminate the first object.
Apparatus for injection molding of plastic materials including an injection machine platen, a mold comprising a backing plate for securing the mold to the injection machine platen, a distributor of the plastic material to be injected bearing a plurality of injectors each including a nozzle within which a pin valve is axially movable, and a respective electric actuator and associated transmission (12, 14, 22) to operate the displacement of the pin valve between a closed condition and an open condition to enable fluid plastic material under pressure to flow from the distributor to the cavity of the mold, characterized in that the transmission of each injector includes a respective variable-length connecting rod, in that each electric actuator is a rotary electric motor carried by the backing plate of the mold and said variable-length connecting rods extend through said backing plate, and in that said transmission comprises a screw-and-nut assembly to convert rotation of the electric motor shaft into a translation, and a rocker lever driven by said screw-and-nut assembly through said variable-length connecting rod to displace the pin valve.
Multifunctional desk unit having a desk which comprises at least a multi-part desk top, a supporting structure and a base plate, characterised in that an ergometer is arranged on the desk, a transparent plate (4.1) is articulated with at least one hinge (4.2) to the desk top which is adjustable in its tilt angle, and at least one hinge (4.2) pivotably connects the two parts of the desk top, wherein the hinge (4.2) achieves a distance of 0.3 mm to 30 mm of the transparent plate (4.1) which can be written on from the pivotable plate part (4.10) of the desk top.
A method for granting resources to a wireless device operating with a short Transmission Time Interval, sTTI, the method being performed by a network node, the method comprising: transmitting, to the wireless device, a first control information message comprising a grant of resources for a downlink channel, transmitting, to the wireless device, a second control information message in a device-specific search space, USS, or in a common search space, CSS, based on a parameter of the first control information message, characterised in that the first control information message defines a frequency band for short TTI operation in an uplink and/or downlink shared channel; and wherein the second control information message is comprised in the defined frequency band. transmitting, to the wireless device, a first control information message comprising a grant of resources for a downlink channel, transmitting, to the wireless device, a second control information message in a device-specific search space, USS, or in a common search space, CSS, based on a parameter of the first control information message, characterised in that the first control information message defines a frequency band for short TTI operation in an uplink and/or downlink shared channel; and wherein the second control information message is comprised in the defined frequency band.
A method of measuring the thickness of a coating layer (Rev) of a workpiece formed on a substrate (Sub) of the workpiece, the coating (Rev) and the substrate (Sub) being constituted respectively by first and second mutually distinct electrically conductive materials, the method comprising: • positioning induction means (M ind) relative to the coating layer (Rev) and feeding a probe alternating electrical signal to the induction means (M ind) in order to induce a magnetic field in the workpiece that depends on the probe electrical signal; • measuring at least one physical characteristic (Z n) that varies as a function of the magnetic field induced in the workpiece; • determining first and second values of an indicator (σ 1, σ 2), this indicator (σ n) depending at least on the electrical conductivity (σ Rev) of the first material and on the frequency (F n) of the probe electrical signal, the first indicator value (σ 1) being determined from a measurement of said at least one physical characteristic (Z 1) taken when the electrical signal has a first given frequency (F 1), and the second indicator value (σ 2) being determined from a measurement of said at least one physical characteristic (Z 2) taken when the electrical signal has a second given frequency (F 2) distinct from the first frequency (F 1); and then • calculating the difference between the first and second values (σ 1, σ 2) of the indicator and determining the thickness (e r) of the coating layer as a function of this difference and of predetermined data correlating: • the difference between the indicator values (σ 1, σ 2); and • corresponding values for thicknesses of the coating layer (Rev). • positioning induction means (M ind) relative to the coating layer (Rev) and feeding a probe alternating electrical signal to the induction means (M ind) in order to induce a magnetic field in the workpiece that depends on the probe electrical signal; • measuring at least one physical characteristic (Z n) that varies as a function of the magnetic field induced in the workpiece; • determining first and second values of an indicator (σ 1, σ 2), this indicator (σ n) depending at least on the electrical conductivity (σ Rev) of the first material and on the frequency (F n) of the probe electrical signal, the first indicator value (σ 1) being determined from a measurement of said at least one physical characteristic (Z 1) taken when the electrical signal has a first given frequency (F 1), and the second indicator value (σ 2) being determined from a measurement of said at least one physical characteristic (Z 2) taken when the electrical signal has a second given frequency (F 2) distinct from the first frequency (F 1); and then • calculating the difference between the first and second values (σ 1, σ 2) of the indicator and determining the thickness (e r) of the coating layer as a function of this difference and of predetermined data correlating: • the difference between the indicator values (σ 1, σ 2); and • corresponding values for thicknesses of the coating layer (Rev). • the difference between the indicator values (σ 1, σ 2); and • corresponding values for thicknesses of the coating layer (Rev).
A proprotein convertase subtilisin-kexin type 9 (PCSK9) inhibitor for use in treating a patient who has received or is currently receiving an intensive statin therapy treatment, who has a high genetic risk of major adverse cardiovascular event (MACE) despite intensive statin therapy, by determining the patient's coronary artery disease polygenic risk score (CAD-PRS), wherein the CAD-PRS comprises a weighted sum of a plurality of genetic variants comprising at least 6,500,000 genetic variants and their corresponding association effect sizes with coronary artery disease and wherein the CAD-PRS is calculated using the LDPred method or the pruning and thresholding method; identifying the patient as having a high genetic risk of MACE despite intensive statin therapy if the patient has a CAD-PRS greater than the 90 th percentile-determined from a reference population comprising at least 10,000 patients; and wherein genetic variant performance is calculated with respect to coronary artery disease risk based on statistical significance, strength of association, and/or a probability distribution. determining the patient's coronary artery disease polygenic risk score (CAD-PRS), wherein the CAD-PRS comprises a weighted sum of a plurality of genetic variants comprising at least 6,500,000 genetic variants and their corresponding association effect sizes with coronary artery disease and wherein the CAD-PRS is calculated using the LDPred method or the pruning and thresholding method; identifying the patient as having a high genetic risk of MACE despite intensive statin therapy if the patient has a CAD-PRS greater than the 90 th percentile-determined from a reference population comprising at least 10,000 patients; and wherein genetic variant performance is calculated with respect to coronary artery disease risk based on statistical significance, strength of association, and/or a probability distribution.