mhurhangee/patent-ind-claim-en huggingface dataset:
Method for identifying laundry tangles in a tumble dryer appliance with a laundry drum that can rotate horizontally, in which - a temporal course of an electrical resistance of laundry (W) located in the laundry drum is recorded while the laundry drum is rotating, - the temporal course is transformed into a frequency pattern (P1-P4), - a temporal sequence of a frequency position (f1) of at least one frequency peak (P1) of the frequency pattern (P1-P4) is monitored and - when a change in frequency (Δf) of the at least one monitored frequency position (f1) reaches at least one predefined variable (S), a laundry tangle consisting of laundry (W) located in the laundry drum is inferred, wherein - the change in frequency (Δf) is a frequency shift, the at least one predefined variable (S) is at least one predefined first threshold value and a laundry tangle is inferred when the frequency shift (Δf) reaches or exceeds the predefined first threshold value (S), and/or wherein - the change in frequency is a change in frequency over time, the at least one predefined variable is at least one predefined second threshold value and a laundry tangle is inferred when the change in frequency over time reaches or exceeds the predefined second threshold value. - a temporal course of an electrical resistance of laundry (W) located in the laundry drum is recorded while the laundry drum is rotating, - the temporal course is transformed into a frequency pattern (P1-P4), - a temporal sequence of a frequency position (f1) of at least one frequency peak (P1) of the frequency pattern (P1-P4) is monitored and - when a change in frequency (Δf) of the at least one monitored frequency position (f1) reaches at least one predefined variable (S), a laundry tangle consisting of laundry (W) located in the laundry drum is inferred, wherein - the change in frequency (Δf) is a frequency shift, the at least one predefined variable (S) is at least one predefined first threshold value and a laundry tangle is inferred when the frequency shift (Δf) reaches or exceeds the predefined first threshold value (S), and/or wherein - the change in frequency is a change in frequency over time, the at least one predefined variable is at least one predefined second threshold value and a laundry tangle is inferred when the change in frequency over time reaches or exceeds the predefined second threshold value.
An aiming device system configured to align at least one guide sleeve to a first distal hole of an intramedullary nail , the aiming device system comprising: an aiming arm configured to be operatively coupled to the intramedullary nail , the aiming arm defining a sliding support that is elongate along a first direction (L); and an aiming guide including a guide body that defines at least a first bone anchor guide that is configured to retain a first guide sleeve , the aiming guide further including an attachment mechanism that is configured to mate with the sliding support to thereby attach the guide body to the aiming arm such that the guide body is selectably movable along the sliding support along the first direction (L), wherein when the first bone anchor guide retains the first guide sleeve , at least one of the selectable movement and selectable rotation of the guide body at least partially aligns the first guide sleeve with the first distal hole of the intramedullary nail , wherein the guide body is selectably rotatable relative to the aiming arm about a guide body axis (A2) that is perpendicular to the first direction (L), characterised in that (i) the guide body defines a curved slot and (ii) the attachment mechanism further includes first and second aiming guide attachment members , the first aiming guide attachment member being configured to extend through the slot of the aiming arm and through the curved slot of the guide body , and the second aiming guide attachment member being configured to mate with the first aiming guide attachment member to thereby attach the guide body to the aiming arm . an aiming arm configured to be operatively coupled to the intramedullary nail , the aiming arm defining a sliding support that is elongate along a first direction (L); and an aiming guide including a guide body that defines at least a first bone anchor guide that is configured to retain a first guide sleeve , the aiming guide further including an attachment mechanism that is configured to mate with the sliding support to thereby attach the guide body to the aiming arm such that the guide body is selectably movable along the sliding support along the first direction (L), wherein when the first bone anchor guide retains the first guide sleeve , at least one of the selectable movement and selectable rotation of the guide body at least partially aligns the first guide sleeve with the first distal hole of the intramedullary nail , wherein the guide body is selectably rotatable relative to the aiming arm about a guide body axis (A2) that is perpendicular to the first direction (L), characterised in that (i) the guide body defines a curved slot and (ii) the attachment mechanism further includes first and second aiming guide attachment members , the first aiming guide attachment member being configured to extend through the slot of the aiming arm and through the curved slot of the guide body , and the second aiming guide attachment member being configured to mate with the first aiming guide attachment member to thereby attach the guide body to the aiming arm .
A kit comprising: (i) a bone graft material comprising resorbable collagen and resorbable calcium phosphate, wherein the bone graft material has micro-, meso-, and macroporosity; and (ii) a container of bioactive glass, wherein the bioactive glass has a particle size of less than 150 μm. (i) a bone graft material comprising resorbable collagen and resorbable calcium phosphate, wherein the bone graft material has micro-, meso-, and macroporosity; and (ii) a container of bioactive glass, wherein the bioactive glass has a particle size of less than 150 μm.
A process for producing microparticles comprising (a) forming an emulsion comprising a first phase comprising an agent, a polymer, and a first solvent for the polymer, in a continuous process medium; and (b) directly contacting the emulsion with an extraction phase and mixing the extraction phase with all or substantially all of the emulsion to extract the first solvent from the first phase into the extraction phase to form the microparticles; wherein the extraction takes place directly in the emulsion-extraction phase holding tank with the emulsion being intimately contacted and mixed with the extraction phase, and wherein the extraction does not take place by removing the continuous phase from the emulsion into a separate unit operation to where solvent is extracted out of the continuous phase; wherein a portion of the extraction phase is continuously removed and make up extraction phase fluid is added back into the extraction phase; wherein the extraction ratio increases over time during step (b). (a) forming an emulsion comprising a first phase comprising an agent, a polymer, and a first solvent for the polymer, in a continuous process medium; and (b) directly contacting the emulsion with an extraction phase and mixing the extraction phase with all or substantially all of the emulsion to extract the first solvent from the first phase into the extraction phase to form the microparticles; wherein the extraction takes place directly in the emulsion-extraction phase holding tank with the emulsion being intimately contacted and mixed with the extraction phase, and wherein the extraction does not take place by removing the continuous phase from the emulsion into a separate unit operation to where solvent is extracted out of the continuous phase;
A compound of formula (I) wherein R 1 represents hydrogen or methyl; R 2 represents methyl, bromo, chloro, or cyano; or a pharmaceutically acceptable salt thereof. R 1 represents hydrogen or methyl; R 2 represents methyl, bromo, chloro, or cyano;
A face mask formed from a splash resistant multi-layered structure, the multi-layered structure comprising: an outer layer (400; 802) of material having an outer-facing surface (402; 810) and an inner-facing surface (404; 818); an inner layer (300; 808) of material having an outer-facing surface (310; 824) and an inner-facing surface (312; 812); and a first plurality of three-dimensional spacers disposed on the inner-facing surface (312; 812) of the inner layer (300; 808) of the multi-layered structure, wherein the first plurality of three-dimensional spacers are arranged in a discontinuous pattern, and characterised in that the first plurality of three-dimensional spacers include an encapsulated phase change material. an outer layer (400; 802) of material having an outer-facing surface (402; 810) and an inner-facing surface (404; 818); an inner layer (300; 808) of material having an outer-facing surface (310; 824) and an inner-facing surface (312; 812); and a first plurality of three-dimensional spacers disposed on the inner-facing surface (312; 812) of the inner layer (300; 808) of the multi-layered structure, wherein the first plurality of three-dimensional spacers are arranged in a discontinuous pattern, and characterised in that the first plurality of three-dimensional spacers include an encapsulated phase change material.
A method comprising: identifying , by one or more processors, an enhanced fine timing measurement request received from a first device, the enhanced fine timing measurement request comprising one or more information elements associated with one or more multiple-input multiple-output, MIMO, parameters including at least one of a number of supported transmit chains, a number of supported receive chains, supported bandwidths, or legacy capabilities; causing to send an enhanced fine timing measurement response to the first device; identifying a null data packet announcement associated with a location determination of the first device; identifying a null data packet received from the first device based on receiving the null data packet announcement; and causing to send a null data packet feedback to the first device. identifying , by one or more processors, an enhanced fine timing measurement request received from a first device, the enhanced fine timing measurement request comprising one or more information elements associated with one or more multiple-input multiple-output, MIMO, parameters including at least one of a number of supported transmit chains, a number of supported receive chains, supported bandwidths, or legacy capabilities; causing to send an enhanced fine timing measurement response to the first device; identifying a null data packet announcement associated with a location determination of the first device; identifying a null data packet received from the first device based on receiving the null data packet announcement; and causing to send a null data packet feedback to the first device.
Lithium anode for a lithium cell and/or lithium battery , comprising: - a power outlet layer , - an anode active material and - a coating , wherein the power outlet layer is configured in a grid-like manner with a conductor structure defining open hollow spaces , the anode active material is arranged as a layer on the surface of the conductor structure and the coating covers the power outlet layer and thus the anode active material and complete filling of the hollow spaces , coupled with the anode active material and the coating , is provided. - a power outlet layer , - an anode active material and - a coating , wherein the power outlet layer is configured in a grid-like manner with a conductor structure defining open hollow spaces , the anode active material is arranged as a layer on the surface of the conductor structure and the coating covers the power outlet layer and thus the anode active material and complete filling of the hollow spaces , coupled with the anode active material and the coating , is provided.
A device for forming patterns of cells on a surface of a substrate, comprising a guide plate having an upper surface and a lower surface and a plurality of apertures extending therethrough and arranged to align with locations on the surface of the substrate, a plurality of posts each fitted within a respective aperture, a plurality of pads formed of a resilient material and having a pattern of raised plateaus for butting against the surface of the substrate, each of the plurality of pads being fixed to a distal surface of a respective post, and a resilient deformable linkage connecting the posts within the guide plate.
Dispenser pump comprising a plunger and a body , the body comprising an outer body including a cylinder of the pump, and a body insert fitting into the top of the outer body ; the plunger having a head , a stem and a piston and being rotatable relative to the body between axially locked and axially unlocked positions, including a locked-down position in which the plunger is held relatively retracted into the body; the pump defining a vent path including a vent opening of the outer body, and characterised in that the body insert is rotatable relative to the outer body between vent-blocked and vent-open relative positions in which the vent path is respectively blocked and open. the body comprising an outer body including a cylinder of the pump, and a body insert fitting into the top of the outer body ; the plunger having a head , a stem and a piston and being rotatable relative to the body between axially locked and axially unlocked positions, including a locked-down position in which the plunger is held relatively retracted into the body; the pump defining a vent path including a vent opening of the outer body, and characterised in that the body insert is rotatable relative to the outer body between vent-blocked and vent-open relative positions in which the vent path is respectively blocked and open.
Reducing gearset comprising a mobile sun gear and a mobile ring gear and a flexible and fixed planet carrier carrying planet gears that are engaged with the sun gear that they surround and with the ring gear that surrounds them, characterized in that this planet carrier is connected to a case that surrounds it by at least two separate connections (L1 L2), with means to pretension the planet carrier between these two connections (L1 L2) in torsion.
A method of providing electronic trim data for a fuel injection device to an engine system, the method comprising: reading an identifier associated with the fuel injection device, the reading of the identifier comprising scanning a code region on the fuel injection device in order to obtain the identifier , and reading compressed trim data from the code region , the compressed trim data comprising data at reduced resolution; accessing a database containing trim data associated with the identifier ; downloading the trim data for the fuel injection device, wherein the trim data downloaded from the database is full resolution data ; uploading the downloaded trim data to the engine system for use in controlling fuel injection device operation , the method further comprising either using the compressed trim data to error check the downloaded trim data by checking the downloaded trim data against the stored compressed trim data for any transmission errors before said uploading , or uploading the compressed trim data to the engine system in the event the downloading step fails.
A method of wireless communication for millimeter wave, mmW, networks, comprising: selecting a downlink subframe structure from a number of preconfigured downlink subframe structures, wherein each downlink subframe structure has a different symbol allocation for control, data, and reference signaling, said symbol allocation including a number of downlink and/or uplink control symbols, sounding reference signal symbols, and/or channel state information reference signal symbols; determining a first symbol index and a second symbol index associated with the selected downlink subframe structure to be allocated to a user equipment, UE, the first symbol index indicating when the downlink resources begin in the subframe and the second symbol index indicating when the downlink resources end in the subframe; and transmitting an indication of the first symbol index and the second symbol index to the UE, wherein the indication comprises the number of downlink and/or uplink control symbols, sounding reference signal symbols, and/or channel state information reference signal symbols that correspond to the selected downlink subframe structure. selecting a downlink subframe structure from a number of preconfigured downlink subframe structures, wherein each downlink subframe structure has a different symbol allocation for control, data, and reference signaling, said symbol allocation including a number of downlink and/or uplink control symbols, sounding reference signal symbols, and/or channel state information reference signal symbols; determining a first symbol index and a second symbol index associated with the selected downlink subframe structure to be allocated to a user equipment, UE, the first symbol index indicating when the downlink resources begin in the subframe and the second symbol index indicating when the downlink resources end in the subframe; and transmitting an indication of the first symbol index and the second symbol index to the UE, wherein the indication comprises the number of downlink and/or uplink control symbols, sounding reference signal symbols, and/or channel state information reference signal symbols that correspond to the selected downlink subframe structure.
A drug solution administration device comprising: a drug solution container that has a main body having a cylindrical shape and filled with a drug solution; a housing that holds the drug solution container ; a plunger that expels the drug solution in the drug solution container ; and a fixing member that fixes the drug solution container to the housing , wherein the housing includes a support part having a support surface that supports a bottom surface of the main body of the drug solution container , and the fixing member includes a guide part mounted along the main body of the drug solution container from a side opposite to the bottom surface of the main body of the drug solution container in a circumferential direction of the cylindrical main body, and an engagement part engageable with the support part of the housing , the drug solution container has, at a base end, a flange wider than the main body of the drug solution container in a radial direction, characterized in that the housing has a flange support part that supports the flange , and the guide part of the fixing member is disposed on a tip side of the flange so as to hold the flange with the flange support part . a drug solution container that has a main body having a cylindrical shape and filled with a drug solution; a housing that holds the drug solution container ; a plunger that expels the drug solution in the drug solution container ; and a fixing member that fixes the drug solution container to the housing , wherein the housing includes a support part having a support surface that supports a bottom surface of the main body of the drug solution container , and the fixing member includes a guide part mounted along the main body of the drug solution container from a side opposite to the bottom surface of the main body of the drug solution container in a circumferential direction of the cylindrical main body, and an engagement part engageable with the support part of the housing , the drug solution container has, at a base end, a flange wider than the main body of the drug solution container in a radial direction, characterized in that the housing has a flange support part that supports the flange , and the guide part of the fixing member is disposed on a tip side of the flange so as to hold the flange with the flange support part .
An inductor for high frequency and high power applications including for use in X-ray generation, comprising: - at least one wire conductor ; - a coil zone ; wherein, windings of the at least one wire conductor comprises the at least one wire conductor being wound around the coil zone to form a substantially torus shape centred around an axis extending in an axial direction of the torus shape; wherein, at an outer extent of the coil zone, outer windings of the at least one wire conductor are substantially at a first radial distance from the axis; wherein, at an inner extent of the coil zone, inner windings of the at least one wire conductor are substantially at a second radial distance from the axis and substantially at a third radial distance from the axis respectively, wherein when an inner winding of the at least one conductor is at the second radial distance the next inner winding of the at least one conductor is at the third radial distance; and wherein the coil zone comprises an air gap, and wherein windings of the at least one wire conductor comprises at least one winding of the at least one wire conductor being taken back through the air gap. - at least one wire conductor ; - a coil zone ;
The use of polyhydric alcohols having more than two hydroxyl groups in polyamide compositions comprising at least one polyamide for increasing the weld seam strength after thermal aging of molded articles produced from the polyamide composition by injection molding, wherein during injection molding at least two flow fronts of the molten polyamide composition impact one another and form at least one weld seam, wherein the polyamide composition employed comprises a) 30 to 99.9 wt% of at least one polyamide as component A), b) 0 to 60 wt% of glass fibers as component B), c) 0 to 2 wt% of heat stabilizers selected from copper compounds, secondary aromatic amines, sterically hindered phenols, phosphites, phosphonites and mixtures thereof as component C), d) 0.1 to 10 wt% of at least one polyhydric alcohol having more than two hydroxyl groups as component D), e) 0 to 20 wt% of further additives as component E), wherein the reported amounts, which sum to 100 wt%, are based on the entire composition and the polyamide composition comprises not more than 1.5 wt% of impact modifiers and the polyamide composition comprises no ethylene ionomer resins. the polyamide composition employed comprises a) 30 to 99.9 wt% of at least one polyamide as component A), b) 0 to 60 wt% of glass fibers as component B), c) 0 to 2 wt% of heat stabilizers selected from copper compounds, secondary aromatic amines, sterically hindered phenols, phosphites, phosphonites and mixtures thereof as component C), d) 0.1 to 10 wt% of at least one polyhydric alcohol having more than two hydroxyl groups as component D), e) 0 to 20 wt% of further additives as component E), wherein the reported amounts, which sum to 100 wt%, are based on the entire composition and a) 30 to 99.9 wt% of at least one polyamide as component A), b) 0 to 60 wt% of glass fibers as component B), c) 0 to 2 wt% of heat stabilizers selected from copper compounds, secondary aromatic amines, sterically hindered phenols, phosphites, phosphonites and mixtures thereof as component C), d) 0.1 to 10 wt% of at least one polyhydric alcohol having more than two hydroxyl groups as component D), e) 0 to 20 wt% of further additives as component E), wherein the reported amounts, which sum to 100 wt%, are based on the entire composition and the polyamide composition comprises not more than 1.5 wt% of impact modifiers and the polyamide composition comprises no ethylene ionomer resins.