mhurhangee/ep-ind-claims huggingface dataset:
A crown molding assembly including a non-linear molding section (84, 109) having one or more cable paths that inherently protect cables within from unsafe bends, comprising first and second crown molding sections each having a front section including a decorative face having an outer surface and an inner surface and a rear section including an attachment portion, said first and second crown molding sections connected on an end at a non-linear angle, and at least one cable path located in the crown molding sections between the inner surface of the decorative face and the rear section, characterised by said at least one cable path having a curved path protection structure (87, 88, 112) to receive and direct cables placed in the curved path protection structure (87, 88, 112) between the sections of the crown molding without any bends sharper than a defined minimum allowable bend radius for the cables. first and second crown molding sections each having a front section including a decorative face having an outer surface and an inner surface and a rear section including an attachment portion, said first and second crown molding sections connected on an end at a non-linear angle, and at least one cable path located in the crown molding sections between the inner surface of the decorative face and the rear section, characterised by said at least one cable path having a curved path protection structure (87, 88, 112) to receive and direct cables placed in the curved path protection structure (87, 88, 112) between the sections of the crown molding without any bends sharper than a defined minimum allowable bend radius for the cables.
A metal oxide semiconductor, MOS, diode, comprising: a p-type MOS, pMOS transistor having a pMOS transistor source, a pMOS transistor drain, a pMOS transistor gate, and a pMOS transistor body, wherein the pMOS transistor drain, the pMOS transistor source, and the pMOS transistor body are coupled together and to a first voltage source; and an n-type MOS, nMOS, transistor having an nMOS transistor source, an nMOS transistor drain, an nMOS transistor gate, and an nMOS transistor body, the nMOS transistor body being coupled to a second voltage source and being an anode of the diode, the second voltage source being lower than the first voltage source, wherein the nMOS transistor gate, the nMOS transistor source, the nMOS transistor drain, and the pMOS transistor gate are coupled together and are a cathode of the diode. a p-type MOS, pMOS transistor having a pMOS transistor source, a pMOS transistor drain, a pMOS transistor gate, and a pMOS transistor body, wherein the pMOS transistor drain, the pMOS transistor source, and the pMOS transistor body are coupled together and to a first voltage source; and an n-type MOS, nMOS, transistor having an nMOS transistor source, an nMOS transistor drain, an nMOS transistor gate, and an nMOS transistor body, the nMOS transistor body being coupled to a second voltage source and being an anode of the diode, the second voltage source being lower than the first voltage source, wherein the nMOS transistor gate, the nMOS transistor source, the nMOS transistor drain, and the pMOS transistor gate are coupled together and are a cathode of the diode.
Mouth and tooth care and tooth cleaning composition in the form of a paste comprising an addition of fine-grained, water insoluble cleaning bodies composed of cellulose, wherein the proportion of the cleaning bodies in the paste is 5% to 25% by weight, characterized in that the cellulose is microcrystalline cellulose and the cleaning bodies have a spherical, round geometry with a surface having an irregular nodular structure and thus have local radii of curvature for which, on average on every surface element having dimensions of 10 μm x 10 μm, r ≥ 1 μm, wherein for the diameter D of the cleaning bodies 300 μm ≤ D ≤ 500 μm, wherein the diameter of the cleaning bodies is to be understood as meaning the greatest possible distance between two points on the surface and wherein the paste contains an essential oil from the group of menthol, eucalyptol, anethol, eugenol, d-limonene, citronellol with an active ingredient absorbed therein.
A biocompatible polymer composition, suitable for in vivo vessel repair, comprising a matrix pre-polymer, which matrix pre-polymer is a silicon (pre-)polymer, a filler and a curing agent, wherein said composition has a viscosity of 2 000 to 12 000 cSt at 25 °C and wherein said biocompatible polymer composition is curable in the presence of a curing catalyst at 37 °C to form a cured material with an elongation until rupture of at least 5 % and an elastic modulus of at least 1 MPa.
A dental composition comprising: a hardenable resin comprising acid functionality, wherein the acid functionality comprises phosphoric acid functionality, phosphonic acid functionality, sulfonic acid functionality, or combinations thereof; and a caseinate, wherein the caseinate is at least partially dissolved, suspended, or dispersed in the hardenable resin. a hardenable resin comprising acid functionality, wherein the acid functionality comprises phosphoric acid functionality, phosphonic acid functionality, sulfonic acid functionality, or combinations thereof; and a caseinate, wherein the caseinate is at least partially dissolved, suspended, or dispersed in the hardenable resin.
A smoking article, comprising: a mouthpiece, and a cigarette rod, one end of the cigarette rod being connected to the mouthpiece, the cigarette rod comprising a plurality of tobacco segments connected sequentially, the tobacco segment comprising a tobacco material, characterized in that the tobacco segment comprises a phase change material disposed in the tobacco material. a mouthpiece, and a cigarette rod, one end of the cigarette rod being connected to the mouthpiece, the cigarette rod comprising a plurality of tobacco segments connected sequentially, the tobacco segment comprising a tobacco material, characterized in that the tobacco segment comprises a phase change material disposed in the tobacco material.
A multi-part rail vehicle with two end cars (10A, 10B, 110A, 110B) and at least one middle car (20, 120A), wherein the middle car (20, 120A) has an even number of doors (30, 130) on each side and wherein the two end cars (10A, 10B, 110A, 110B) have a number of doors (30, 130) on each side which differs from that of the middle car (20, 120A), characterized in that all cars (10A, 10B, 20, 110A, 110B, 120A, 120B) have a unitary raw construction segment of the car body, and that each of the cars (10A, 10B, 20) has two proprietary bogies.
Front end (10; 310) of a frame (1; 30) of a jaw crusher; comprising: a curved front wall for receiving crushing force; and a rib structure formed to the curved front wall; wherein the curved front wall has a curved horizontal cross-section; characterized in that the rib structure is an inner rib structure (427, 428); the inner rib structure (427, 428) is adapted to receive a rear surface of a wear plate of the jaw crusher; and the front end (10; 310) is manufactured by casting to a unitary piece. a curved front wall for receiving crushing force; and a rib structure formed to the curved front wall; wherein the curved front wall has a curved horizontal cross-section; characterized in that the rib structure is an inner rib structure (427, 428); the inner rib structure (427, 428) is adapted to receive a rear surface of a wear plate of the jaw crusher; and the front end (10; 310) is manufactured by casting to a unitary piece.
A method for enabling a wireless communication between at least one peripheral unit (a1-aN) and a device, the at least one peripheral unit (a1-aN) being arranged for communicating with a pairing system according to a first communication type, the device being arranged for communicating with the pairing system according to a second communication type, the method comprising the following steps: - the pairing system configuring a main communication unit, included in the paring system, adapted to communicate according to the first communication type; - pairing the at least one peripheral unit (a1-aN) with the main communication unit; - the pairing system sending to the device the pairing information suitable for communicating with the at least one peripheral unit (a1-aN); the method characterised in that it further comprises - docking the device to the pairing system, the pairing system being a wireless docking station, using the second communication type for making the device a docked device, - in the docked device, configuring a secondary communication unit adapted to communicate with the at least one peripheral unit (a1-aN) according to the first communication type, using the pairing information received from the wireless docking station to configure the secondary communication unit to communicate directly with the at least one peripheral, instead of with the wireless docking station, and, - in the wireless docking station, making the main communication unit stopping to communicate with the at least one peripheral unit (a1-aN) and resuming to communicate with the at least one peripheral unit (a1-aN) upon detection that the secondary communication unit stops to communicate, so that there is only one unit communicating with the at least one peripheral unit at a time. - the pairing system configuring a main communication unit, included in the paring system, adapted to communicate according to the first communication type; - pairing the at least one peripheral unit (a1-aN) with the main communication unit; - the pairing system sending to the device the pairing information suitable for communicating with the at least one peripheral unit (a1-aN); - docking the device to the pairing system, the pairing system being a wireless docking station, using the second communication type for making the device a docked device, - in the docked device, configuring a secondary communication unit adapted to communicate with the at least one peripheral unit (a1-aN) according to the first communication type, using the pairing information received from the wireless docking station to configure the secondary communication unit to communicate directly with the at least one peripheral, instead of with the wireless docking station, and, - in the wireless docking station, making the main communication unit stopping to communicate with the at least one peripheral unit (a1-aN) and resuming to communicate with the at least one peripheral unit (a1-aN) upon detection that the secondary communication unit stops to communicate, so that there is only one unit communicating with the at least one peripheral unit at a time.
Insert for a dashboard of a motor vehicle for the introduction of a docking apparatus for mobile electronic devices, the insert forming a device holder in the form of a cover which is pivotable between an out-of-service position which at least partially covers the insert and an in-service position, in which the cover is pivoted out of the insert and the reverse side of the cover forms the actual device holder, characterized in that the insert also comprises a recessed storage space with a separate cover, the storage space at least partially surrounding the area of the docking apparatus, the covers (6, 7) being operable and pivotable separately.
A turbine assembly comprising an inner turbine casing; and an outer turbine casing radially outward from said inner turbine casing, said outer turbine casing comprising an aperture extending therethrough and a support assembly extending through said aperture, said support assembly being externally adjustable outside of said outer turbine casing to adjust said inner turbine casing relative to said outer turbine casing, wherein said support assembly comprises: a ledge comprising a surface that is inclined with respect to a substantially horizontal surface of said inner turbine casing; a wedge slidably coupled to said ledge inclined surface; a rod coupled to said wedge; and a plate threadably coupled to said rod, said wedge being movable across said ledge inclined surface as said plate is rotated about said rod.
A method for making a syntactic polyurethane elastomer, comprising a) forming a reaction mixture containing at least one polyether polyol having a nominal functionality of 2 to 4 and having a number average hydroxyl equivalent weight of at least 800 wherein the polyether polyol(s) contain no more than 60 μeq/g of terminal unsaturation, 5 to 50 weight percent of microspheres based on the total weight of the reaction mixture, 1 to 30 parts by weight of a hydroxyl-terminated chain extender per 100 parts by weight of the polyether polyol(s), an aromatic polyisocyanate in amount to provide an isocyanate index of 80 to 130 and non-mercury catalyst, wherein the reaction mixture is essentially devoid of mercury compounds, and b) curing the reaction mixture to form the syntactic polyurethane elastomer. a) forming a reaction mixture containing at least one polyether polyol having a nominal functionality of 2 to 4 and having a number average hydroxyl equivalent weight of at least 800 wherein the polyether polyol(s) contain no more than 60 μeq/g of terminal unsaturation, 5 to 50 weight percent of microspheres based on the total weight of the reaction mixture, 1 to 30 parts by weight of a hydroxyl-terminated chain extender per 100 parts by weight of the polyether polyol(s), an aromatic polyisocyanate in amount to provide an isocyanate index of 80 to 130 and non-mercury catalyst, wherein the reaction mixture is essentially devoid of mercury compounds, and b) curing the reaction mixture to form the syntactic polyurethane elastomer.
A guide bar (700,700') for guiding a chain of a chainsaw, the guide bar (700,700') being configured to be operably coupled to a housing of the chainsaw, the guide bar comprising: a laminated structure in which different ones of the layers of the laminated structure are comprised of different materials, wherein the guide bar (700,700') further comprises a base plate (730,730'), a first side plate and a second side plate facing each other and extending away from the housing to a nose of the guide bar (700,700') wherein the guide bar is characterized in that the width of the base plate (730, 730') in a direction perpendicular to its plane is greater than the width in this direction of a channel in which the chain moves around the guide bar (700, 700'). a laminated structure in which different ones of the layers of the laminated structure are comprised of different materials, wherein the guide bar (700,700') further comprises a base plate (730,730'), a first side plate and a second side plate facing each other and extending away from the housing to a nose of the guide bar (700,700') wherein the guide bar is characterized in that the width of the base plate (730, 730') in a direction perpendicular to its plane is greater than the width in this direction of a channel in which the chain moves around the guide bar (700, 700').
Process for the production of optically pure propane-1,2-diol comprising the following process steps: a. Hydrogenation of lactides, wherein a metal-catalysed heterogeneous catalysis is carried out in the presence of hydrogen, a raw product containing propane-1,2-diol being produced, and b. Dynamic kinetic racemic resolution, in which optically pure propane-1.2-diol is produced within a range of ≥ 99% e.e.. a. Hydrogenation of lactides, wherein a metal-catalysed heterogeneous catalysis is carried out in the presence of hydrogen, a raw product containing propane-1,2-diol being produced, and b. Dynamic kinetic racemic resolution, in which optically pure propane-1.2-diol is produced within a range of ≥ 99% e.e..
A method for the detection of the occupancy status of a seat, characterised in that the occupancy of the seat is detected through recording the change(s) in the electromagnetic coupling behaviour between a transmitting antenna integrated within or under the seating surface of the seat, and emitting one or more radio waves within the frequency range of 700 MHz to 970 MHz, and a receiving antennae receiving at least one of these radio waves, said change(s) caused by the presence of a body in the vicinity of the seat, wherein the change(s) in the electromagnetic coupling behaviour between transmitting antenna and receiving antenna is/are caused through reflection of part of the emitted radio waves by the body to be detected, and with the transmitting and receiving antenna/antennae (21, 22) arranged laterally adjacent to one another substantially in the same plane within or under the seating surface of the seat.
A push switch comprising: a keytop movable in a first direction; a switch (S1, S2) configured to be turned on or off in response to movement of the keytop; first and second circuit boards electrically connected to the switch, an electronic component (500a, 500b) mounted on the second circuit board; a first circuit provided on the first circuit board, the first circuit being a protection circuit for the switch; a second circuit provided on the second circuit board and configured to actuate the electronic component in response to a turn-on or turn-off of the switch; and a body, the body including: a main body; a first holder provided at the main body, the first holder being configured to hold the first circuit board; and a second holder provided at the main body or the first holder, characterised in that the second holder is configured to hold the second circuit board in spaced relation to the first circuit board in the first direction. a keytop movable in a first direction; a switch (S1, S2) configured to be turned on or off in response to movement of the keytop; first and second circuit boards electrically connected to the switch, an electronic component (500a, 500b) mounted on the second circuit board; a first circuit provided on the first circuit board, the first circuit being a protection circuit for the switch; a second circuit provided on the second circuit board and configured to actuate the electronic component in response to a turn-on or turn-off of the switch; and a body, the body including: a main body; a first holder provided at the main body, the first holder being configured to hold the first circuit board; and a second holder provided at the main body or the first holder, a main body; a first holder provided at the main body, the first holder being configured to hold the first circuit board; and a second holder provided at the main body or the first holder, characterised in that the second holder is configured to hold the second circuit board in spaced relation to the first circuit board in the first direction.
Method of measuring an angle of attack of an incoming signal using m separate antennas, where m is an integer greater than one, wherein antennas are coupled with a single receiving device via switching means, wherein the switching means comprise electronic means for sequentially supplying the incoming signal, as received at the m antennas, to the receiving device, wherein a sampling of the incoming signal as received at the m antennas has a sampling rate and cycle time being performed in repetitive cycles, wherein the receiving device comprises means for generating baseband signals having an in-phase component and a quadrature component from the incoming signal and for forwarding them to an analog-to-digital converter to provide digitized samples for each of the m antennas in each cycle; wherein signal processing means are included, which are coupled to the respective analog-to-digital converter in order to analyze the digitized samples and to determine the angle of attack of the incoming signal, wherein the resulting phase error is compensated by a multiple sampling of at least one antenna and signal processing by a statistical method and the sampling rate of the signal processing means is smaller than the number m of the antennas multiplied by the minimum sampling rate, which is necessary to clearly reconstruct the input signals of the individual m antennas, characterized in that the statistical method comprises the use of a uniformly best unbiased estimator. wherein the switching means comprise electronic means for sequentially supplying the incoming signal, as received at the m antennas, to the receiving device, wherein a sampling of the incoming signal as received at the m antennas has a sampling rate and cycle time being performed in repetitive cycles, wherein the receiving device comprises means for generating baseband signals having an in-phase component and a quadrature component from the incoming signal and for forwarding them to an analog-to-digital converter to provide digitized samples for each of the m antennas in each cycle; wherein signal processing means are included, which are coupled to the respective analog-to-digital converter in order to analyze the digitized samples and to determine the angle of attack of the incoming signal, wherein the resulting phase error is compensated by a multiple sampling of at least one antenna and signal processing by a statistical method and the sampling rate of the signal processing means is smaller than the number m of the antennas multiplied by the minimum sampling rate, which is necessary to clearly reconstruct the input signals of the individual m antennas, characterized in that the statistical method comprises the use of a uniformly best unbiased estimator.
A display device, comprising: a display layer to provide a first color light; a color control layer on the display layer and including a transmission filter for transmitting the first color light and a color conversion filter (Tx) for converting the first color light to a second color light, wherein the first color light has a wavelength in a range from 410 nm to 480 nm, and the second color light has a wavelength in a range from 500 nm to 570 nm; and an optical control layer on the color control layer and including a metal layer having an absorption coefficient of 3 to 3.5 in a wavelength range of 530 nm to 570 nm and a first inorganic sub-layer (Sub-IL1) having an absorption coefficient of 0.3 to 1 in a wavelength range of 530 nm to 570 nm, wherein the first inorganic sub-layer (Sub-IL1) satisfies the equation below: 2 Ta = m + 1 2 × 2 λ n 1, wherein λ is a wavelength of 530 nm to 570 nm, m is 0 or a natural number, Ta is a thickness of the first inorganic sub-layer (Sub-IL1), and n 1 is a refractive index of the first inorganic sub-layer (Sub-IL1) at λ, and wherein a refractive index of the first inorganic sub-layer (Sub-IL1) is 2 to 2.5. a display layer to provide a first color light; a color control layer on the display layer and including a transmission filter for transmitting the first color light and a color conversion filter (Tx) for converting the first color light to a second color light, wherein the first color light has a wavelength in a range from 410 nm to 480 nm, and the second color light has a wavelength in a range from 500 nm to 570 nm; and an optical control layer on the color control layer and including a metal layer having an absorption coefficient of 3 to 3.5 in a wavelength range of 530 nm to 570 nm and a first inorganic sub-layer (Sub-IL1) having an absorption coefficient of 0.3 to 1 in a wavelength range of 530 nm to 570 nm, wherein the first inorganic sub-layer (Sub-IL1) satisfies the equation below: 2 Ta = m + 1 2 × 2 λ n 1, wherein λ is a wavelength of 530 nm to 570 nm, m is 0 or a natural number, Ta is a thickness of the first inorganic sub-layer (Sub-IL1), and n 1 is a refractive index of the first inorganic sub-layer (Sub-IL1) at λ, and wherein a refractive index of the first inorganic sub-layer (Sub-IL1) is 2 to 2.5. wherein λ is a wavelength of 530 nm to 570 nm, m is 0 or a natural number, Ta is a thickness of the first inorganic sub-layer (Sub-IL1), and n 1 is a refractive index of the first inorganic sub-layer (Sub-IL1) at λ, and wherein a refractive index of the first inorganic sub-layer (Sub-IL1) is 2 to 2.5.