mhurhangee/ep-ind-claims huggingface dataset:
A method of determining an occupancy characteristic of a space (104, 204) with an array (105, 202) of motion sensors (106, 206), each of the motion sensors (106, 206) having a field of view, FOV, and the space (104, 204) having a gate (114, 205) for entering and exiting the space (104, 204), the array of motion sensors (106, 206) including a gate sensor, wherein the gate (114, 205) is in the FOV of the gate sensor, the method comprising: detecting, with the array, the presence of a person in the space (104, 204) when at least one of the motion sensors (106, 206) becomes active; and determining the space (104, 204) is empty when all of the motion sensors (106, 206) become inactive and the gate sensor was the last one of the motion sensors (106, 206) to be active. detecting, with the array, the presence of a person in the space (104, 204) when at least one of the motion sensors (106, 206) becomes active; and determining the space (104, 204) is empty when all of the motion sensors (106, 206) become inactive and the gate sensor was the last one of the motion sensors (106, 206) to be active.
A tamper-resistant drug delivery system comprising at least one lipid, at least one gelling agent and at least one drug active, wherein the gelling agent rapidly gels in the presence of water in about 10 seconds or less, and the drug active releases into the digestive system, wherein the weight ratio of gelling agent to lipid is in the range of from 1:2 to 1:7, and wherein the lipid is a solid at room temperature and is present in the delivery system from about 20 wt.% to 50 wt.%.
A method of fabricating a semiconductor device package, comprising: providing a laminate comprising a dielectric film interposed between a first metal layer and a second metal layer, said laminate having a first metal layer outer surface and a second metal layer outer surface; patterning the second metal layer according to a predetermined pattern to form a patterned second metal layer; forming a plurality of vias extending through the laminate according to a predetermined pattern; attaching one or more semiconductor devices to the second metal layer outer surface of a portion of the patterned second metal layer; disposing an electrically conductive layer on the first metal layer outer surface and on an inner surface of one or more vias to form an interconnect layer comprising the first metal layer and the electrically conductive layer; and patterning the interconnect layer according to a predetermined circuit configuration to form a patterned interconnect layer, wherein a portion of the patterned interconnect layer extends through one or more vias to form an electrical contact with the semiconductor devices; the method characterized in that the patterned second metal layer further comprises a plurality of patterned regions, wherein at least two patterned regions have a thickness different from each other. providing a laminate comprising a dielectric film interposed between a first metal layer and a second metal layer, said laminate having a first metal layer outer surface and a second metal layer outer surface; patterning the second metal layer according to a predetermined pattern to form a patterned second metal layer; forming a plurality of vias extending through the laminate according to a predetermined pattern; attaching one or more semiconductor devices to the second metal layer outer surface of a portion of the patterned second metal layer; disposing an electrically conductive layer on the first metal layer outer surface and on an inner surface of one or more vias to form an interconnect layer comprising the first metal layer and the electrically conductive layer; and patterning the interconnect layer according to a predetermined circuit configuration to form a patterned interconnect layer, wherein a portion of the patterned interconnect layer extends through one or more vias to form an electrical contact with the semiconductor devices; the method characterized in that the patterned second metal layer further comprises a plurality of patterned regions, wherein at least two patterned regions have a thickness different from each other.
A device for placement in a lumen, the device comprising: one or more segments, wherein each segment comprises a first helical coil and a second helical coil of opposing winding sense and each segment is connected to another segment by a first structure, wherein the first structure changes the winding sense of the coils, such that a coil of one winding sense is connected to the first structure and a coil of an opposite winding sense is connected to the first structure, characterized in that the first structure comprises a cross-over point formed where the two helical coils are welded together and the first structure extends above this welded point such that the first structure extends into the space created as the first and second coils diverge, and wherein the first structure pushes the end of the first helical coil and the end of the second helical coil against the wall of the lumen and exerts a force on the lumen body. one or more segments, wherein each segment comprises a first helical coil and a second helical coil of opposing winding sense and each segment is connected to another segment by a first structure, wherein the first structure changes the winding sense of the coils, such that a coil of one winding sense is connected to the first structure and a coil of an opposite winding sense is connected to the first structure, characterized in that the first structure comprises a cross-over point formed where the two helical coils are welded together and the first structure extends above this welded point such that the first structure extends into the space created as the first and second coils diverge, and wherein the first structure pushes the end of the first helical coil and the end of the second helical coil against the wall of the lumen and exerts a force on the lumen body.
A malfunction detection device comprising a control unit for detecting a malfunction of an apparatus including a movable part in accordance with detected data on a condition at a predetermined part of the apparatus, wherein the control unit is configured to: compare the detected data on the condition at the predetermined part with a predetermined threshold to determine a malfunction of the apparatus; characterized in that the control unit is configured to: acquire a type of a lubricant used for the movable part of the apparatus, and vary the threshold in accordance with the acquired type of the lubricant, wherein the detected data is calculated according to at least one of an acceleration signal indicating a magnitude of an acceleration derived from vibrations and a driving force signal indicating a driving force. wherein the control unit is configured to: compare the detected data on the condition at the predetermined part with a predetermined threshold to determine a malfunction of the apparatus; characterized in that the control unit is configured to: acquire a type of a lubricant used for the movable part of the apparatus, and vary the threshold in accordance with the acquired type of the lubricant, wherein the detected data is calculated according to at least one of an acceleration signal indicating a magnitude of an acceleration derived from vibrations and a driving force signal indicating a driving force.
A dental material comprising a polymerizable monomer, 1-cyclohexyl-5-propylbarbituric acid, trioctylmethylammonium chloride and an organometal compound.
A polymer comprising a repeating unit represented by general formula: wherein n and m are integers greater than or equal to 1; min((LUMO -HOMO, LUMO -HOMO) ≤ min(E T, E T) + 0.1 eV, wherein LUMO, HOMO, and E T are energy levels of a lowest unoccupied molecular orbital, a highest occupied molecular orbital, and a triplet excited state of E1-hydrogen, respectively; LUMO, HOMO, and E T are energy levels of a lowest unoccupied molecular orbital, a highest occupied molecular orbital, and a triplet excited state of E2-hydrogen, respectively; wherein the values of HOMO, LUMO and E T are simulation based on Time-dependent DFT; characterized in that the E1 group consists of at least one of structural units containing the following structural formulas: and the E2 group consists of least one of structural units containing the following structural formulas: wherein n and m are integers greater than or equal to 1; min((LUMO -HOMO, LUMO -HOMO) ≤ min(E T, E T) + 0.1 eV, wherein LUMO, HOMO, and E T are energy levels of a lowest unoccupied molecular orbital, a highest occupied molecular orbital, and a triplet excited state of E1-hydrogen, respectively; LUMO, HOMO, and E T are energy levels of a lowest unoccupied molecular orbital, a highest occupied molecular orbital, and a triplet excited state of E2-hydrogen, respectively; wherein the values of HOMO, LUMO and E T are simulation based on Time-dependent DFT; characterized in that the E1 group consists of at least one of structural units containing the following structural formulas: and the E2 group consists of least one of structural units containing the following structural formulas:
A lifting apparatus for lifting tube or rod, the apparatus being connectable to the tube or rod in a longitudinal axial direction of the tube or rod, the tube or rod being used in the assembly of a tube or rod string, the apparatus comprising: an engagement member adapted to engage with an engagement portion located at an end of the tube or rod; an abutment member associated with the engagement member and being moveable relative thereto along the axial direction, wherein the abutment member is adapted to abut an abutment portion of the tube or rod, characterized in that: the engagement member comprises an engagement threaded region and the abutment member comprises an abutment threaded region, the engagement threaded region and the abutment threaded region having respective pitches configured such that the engagement threaded region and the abutment threaded region form a single continuous threaded region when aligned with one another, and wherein the apparatus is adapted such that, when the engagement member is engaged with the engagement portion and the abutment member abuts the abutment portion, the abutment member can be moved relative the engagement member to apply a locking force to the abutment portion in the axial direction of the tube or rod, being a force that secures the engagement member to the engagement portion such that the tube or rod can be lifted and moved. an engagement member adapted to engage with an engagement portion located at an end of the tube or rod; an abutment member associated with the engagement member and being moveable relative thereto along the axial direction, wherein the abutment member is adapted to abut an abutment portion of the tube or rod, the engagement member comprises an engagement threaded region and the abutment member comprises an abutment threaded region, the engagement threaded region and the abutment threaded region having respective pitches configured such that the engagement threaded region and the abutment threaded region form a single continuous threaded region when aligned with one another, and wherein the apparatus is adapted such that, when the engagement member is engaged with the engagement portion and the abutment member abuts the abutment portion, the abutment member can be moved relative the engagement member to apply a locking force to the abutment portion in the axial direction of the tube or rod, being a force that secures the engagement member to the engagement portion such that the tube or rod can be lifted and moved.
A self propelled agricultural machine comprising a chassis, load carrying front and rear axles (2a,2b) and a counterweight, said counterweight comprising at least one wheel, a hydraulic cylinder (15; 50) associated with the counterweight to raise and lower the at least one wheel between a working and a non-working position in order to alter a load carried by one or both of the axles (2a,2b), and control means for the hydraulic cylinder (15;50) to adjust the load carried by one or both axles (2a, 2b) of said machine characterised in that the machine further comprises means to determine the load on one or both of the axles and in that the control means is configured to raise and lower the at least one wheel by a pressure adjustment of the hydraulic cylinder (15; 50) associated with the counterweight to distribute a load from the machine axle or axles (2a,2b) to the at least one wheel so that a predetermined safe load on the machine axle or axles (2a,2b) is achieved.
Process for preparing an isocyanurate-containing isocyanate mixture, comprising the steps of: a) continuously providing an isocyanate mixture comprising isocyanate group trimerization catalyst by mixing a first isocyanate component, a second isocyanate component different from the first, and an isocyanate group trimerization catalyst; b) continuously guiding the mixture provided in step a) through a first dwell zone at a temperature in the range from 50°C to 120°C to obtain a uretdione- and isocyanurate-containing isocyanate mixture comprising isocyanate group trimerization catalyst; c) continuously guiding the mixture obtained in step b) through a second dwell zone at a temperature in the range from 160°C to 220°C to obtain an isocyanurate-containing isocyanate mixture comprising inactive isocyanate group trimerization catalyst, wherein the guiding through the second dwell zone may be preceded by the addition of a stopper at a temperature in the temperature range of step b); d) continuously guiding the mixture obtained in step c) through a third dwell zone at a temperature in the range from 10°C to 100°C to obtain the desired isocyanurate-containing isocyanate mixture. a) continuously providing an isocyanate mixture comprising isocyanate group trimerization catalyst by mixing a first isocyanate component, a second isocyanate component different from the first, and an isocyanate group trimerization catalyst; b) continuously guiding the mixture provided in step a) through a first dwell zone at a temperature in the range from 50°C to 120°C to obtain a uretdione- and isocyanurate-containing isocyanate mixture comprising isocyanate group trimerization catalyst; c) continuously guiding the mixture obtained in step b) through a second dwell zone at a temperature in the range from 160°C to 220°C to obtain an isocyanurate-containing isocyanate mixture comprising inactive isocyanate group trimerization catalyst, wherein the guiding through the second dwell zone may be preceded by the addition of a stopper at a temperature in the temperature range of step b); d) continuously guiding the mixture obtained in step c) through a third dwell zone at a temperature in the range from 10°C to 100°C to obtain the desired isocyanurate-containing isocyanate mixture.
EAP generator, comprising at least one EAP stack which is arranged between two force-transmitting surfaces (2, 3) arranged parallel to one another, characterized in that the EAP generator has at least one layer (4, 9) which facilitates the relative displacement between one end of the at least one EAP stack and the force-transmitting surface facing this end, said layer being situated between this end of the at least one EAP stack and the force-transmitting surface facing this end.
A test device for determining the quality of leather in the production of leather, wherein the test device is configured for examining a quality category of the leather and for delivering a quality value characterizing the leather in regard to its quality category, wherein the test device has analysis means and screening means for examining the homogeneity of the leather, by means of which at least portions (22, 23, 24, 27, 29) of the leather may be screened and which are configured for delivering screening data to the analysis means, and wherein the analysis means are configured for comparing the screening data with feature data typical for hide injuries or inhomogeneities of leather and for classifying determined hide injuries of examined portions (22, 23, 24, 27, 29) of the leather, and wherein preferably display means are configured for displaying the categorized hide injuries or quality value, respectively, of the leather, preferably per portion (22, 23, 24, 27, 29) of the leather, characterized in that, in the screening process, there are provided pretensioning means (11, 12, 13, 14, 15), which are configured for pretensioning or stretching, respectively, the leather in two directions essentially perpendicular to each other (F1, F2) at least in the portions (22, 23, 24, 27, 29) destined for screening, wherein the pretensioning means are formed by tensioning rods (11, 12, 13, 14, 15) arranged essentially perpendicular to each other.
Rotor for an electric machine comprising - a laminated core which has a radial exterior, - at least one permanent magnet, which is arranged in each case on the radial exterior of the laminated core, wherein in that respective axial laminated core section on the radial exterior of which the respective permanent magnet is arranged, the laminated core has first, substantially disc-shaped rotor laminations, and - at least one fixing element (7, 14), by means of which the respective permanent magnet is fixed in the radial direction on the radial exterior of the laminated core, wherein the laminated core in the respective laminated core section has at least one second rotor lamination, which in each case is embodied substantially disc-shaped and in each case has at least two projections which project in the radial direction, wherein at least two of the projections of the respective second rotor lamination are arranged offset in relation to one another in the peripheral direction such that the respective permanent magnet arranged between these two projections is fixed in a preferably form-fit manner in the peripheral direction, wherein at least two permanent magnets are arranged adjacent to one another in the axial direction on the respective axial laminated core section, wherein the at least two permanent magnets arranged adjacent to one another in the axial direction are arranged offset in relation to one another by an offset in the peripheral direction in each case, wherein at least two permanent magnets are arranged adjacent to one another on a respective axial laminated core section in the axial direction, wherein the respective projections of the laminated core sections adjacent to one another in the axial direction are arranged offset in relation to one another by the offset in the peripheral direction, wherein the first rotor laminations and the at least one second rotor lamination in each case have a substantially circular cross-section at right angles to the axial direction, wherein the respective permanent magnet has essentially the shape of a section in the peripheral direction of a hollow cylinder, characterised in that a respective first axial distance between the two adjacent second rotor laminations of adjacent laminated core sections is substantially at least as large as a totalled axial length tolerance of the respective relevant permanent magnets and/or of the relevant first rotor laminations and relevant second rotor laminations, wherein the permanent magnets are arranged such that the permanent magnets can be staggered without gaps between the permanent magnets which are adjacent in the axial direction. - a laminated core which has a radial exterior, - at least one permanent magnet, which is arranged in each case on the radial exterior of the laminated core, - at least one fixing element (7, 14), by means of which the respective permanent magnet is fixed in the radial direction on the radial exterior of the laminated core,
An actuator for a flush valve, the actuator including: a housing defining a chamber; a piston having a head received in the chamber and a connecting rod extending from the piston head, the piston head arranged to move within the chamber, between a first position and a second position, and the connecting rod configured to actuate a flush mechanism of the flush valve as the piston head moves between the first position and the second position; an inlet for providing water under pressure into the chamber to a first side of the piston head; an outlet from the chamber from a second side of the piston head, opposite the first side; and a valve for opening and closing the outlet, wherein opening and closing the valve alters the pressure applied to the second side of the piston head, such that, in use, the piston head moves when the valve is opened or closed, wherein the valve is a solenoid valve.
Apparatus for treatment of a thread with compressed air, having a turbulence device and having a housing that encapsulates the turbulence device with regard to the surroundings and that has a thread inlet and an opposite thread outlet, characterized in that the thread inlet and/or the thread outlet are formed, in each instance, by means of two consecutive, separate opening slots (3.1, 3.2, 4.1, 4.2) and a thread guide element (5.1, 5.2) between the opening slots (3.1, 3.2, 4.1, 4.2).
Device for collecting ejaculate from the boar, having a hand covering with a finger section and a thumb section for accommodating a hand, a foil hose attached to one side of the hand covering between the finger section and the thumb section, the first end of which foil hose having an opening and the second end of which opposite the first end is closed, wherein the foil hose at its first end is connected to the hand covering, characterized in that the opening is spanned open by a spring element, and the first end of the foil hose is connected with the edge of the hand covering, which extends between the finger section and the thumb section.
A disposable surgical gown, the disposable surgical gown comprising: a front panel, a first sleeve, and a second sleeve, wherein the front panel, the first sleeve, and the second sleeve each comprise an outer spunbond layer having a surface that defines an outer-facing surface of the front panel, a spunbond-meltblown-spunbond laminate having a surface that defines a body-facing surface of the front panel, and a liquid impervious, moisture vapor breathable elastic film disposed therebetween, wherein the elastic film meets the requirements of ASTM-1671; a first rear panel and a second rear panel, wherein the first rear panel and the second rear panel are formed from a nonwoven laminate that is air breathable and allows for an air volumetric flow rate ranging from about 0.57 m 3 (20 standard cubic feet) per minute to about 2.3 m 3 (80 standard cubic feet) per minute; and characterised by comprising: a collar formed from an air breathable knit material and positioned adjacent a proximal end of the gown, wherein the collar defines a neck opening, wherein the collar has a v-neck shape at an area adjacent the front panel, further wherein the v-neck shape forms an angle of greater than 90° at the neck opening. a front panel, a first sleeve, and a second sleeve, wherein the front panel, the first sleeve, and the second sleeve each comprise an outer spunbond layer having a surface that defines an outer-facing surface of the front panel, a spunbond-meltblown-spunbond laminate having a surface that defines a body-facing surface of the front panel, and a liquid impervious, moisture vapor breathable elastic film disposed therebetween, wherein the elastic film meets the requirements of ASTM-1671; a first rear panel and a second rear panel, wherein the first rear panel and the second rear panel are formed from a nonwoven laminate that is air breathable and allows for an air volumetric flow rate ranging from about 0.57 m 3 (20 standard cubic feet) per minute to about 2.3 m 3 (80 standard cubic feet) per minute; and characterised by comprising: a collar formed from an air breathable knit material and positioned adjacent a proximal end of the gown, wherein the collar defines a neck opening, wherein the collar has a v-neck shape at an area adjacent the front panel, further wherein the v-neck shape forms an angle of greater than 90° at the neck opening.