mhurhangee/ep-ind-claims huggingface dataset:
Device for adjusting and mounting spherical optical components, comprising a first holder with a mount for a first optical element having a first spherical convex surface with a radius, a second holder with a mount for a second optical element having a second spherical concave surface with a radius, wherein - at least one of the holders (2, 4) has a spherical bearing surface with a radius, - the first holder can be borne on the second holder in such a way that the first, second and third radii (R1, R2, R3) have a common centre point when the first optical element has been received in the first holder and the second optical element has been received in the second holder, characterized in that the device comprises means for setting the distance of a gap between the first optical surface of the first optical element and the second optical surface of the second optical element. - at least one of the holders (2, 4) has a spherical bearing surface with a radius, - the first holder can be borne on the second holder in such a way that the first, second and third radii (R1, R2, R3) have a common centre point when the first optical element has been received in the first holder and the second optical element has been received in the second holder,
An airfoil for an axial flow machine, comprising: an airfoil body (12, 39) extending in a radial direction; an end wall (11, 41) provided at an end portion (13, 40) of the airfoil body (12, 39) in the radial direction, the end wall (11, 41) being formed into a plate shape as a wall of a channel in which the airfoil body (12, 39) is installed and which supports the airfoil body (12, 39); and at least one convex portion that protrudes from a back surface (11b, 41d) of the end wall (11, 41) in a direction away from the airfoil body (12, 39), characterized in that the convex portion is formed integrally with a portion of the end wall (11, 41) in which a node of the primary vibration mode is generated in the end wall (11, 41) when an edge portion (11c, 41c) of the end wall (11, 41) vibrates as a free end of the primary vibration mode, and the convex portion is formed to increase a rigidity of the portion of the end wall (11, 41) to raise a natural frequency of the primary vibration mode of the end wall (11, 41). an airfoil body (12, 39) extending in a radial direction; an end wall (11, 41) provided at an end portion (13, 40) of the airfoil body (12, 39) in the radial direction, the end wall (11, 41) being formed into a plate shape as a wall of a channel in which the airfoil body (12, 39) is installed and which supports the airfoil body (12, 39); and at least one convex portion that protrudes from a back surface (11b, 41d) of the end wall (11, 41) in a direction away from the airfoil body (12, 39), characterized in that the convex portion is formed integrally with a portion of the end wall (11, 41) in which a node of the primary vibration mode is generated in the end wall (11, 41) when an edge portion (11c, 41c) of the end wall (11, 41) vibrates as a free end of the primary vibration mode, and the convex portion is formed to increase a rigidity of the portion of the end wall (11, 41) to raise a natural frequency of the primary vibration mode of the end wall (11, 41).
Method of forming a transverse curvature at a metal strip exiting an annealing furnace, characterised in that by means of at least one gas nozzle which extends transversely to a strip running direction of the metal strip over the width of the metal strip and which has, extending over the width of the metal strip, at least one outlet opening with a transverse curvature, which is of continuous or stepped configuration corresponding with the transverse curvature to be formed at the metal strip, and a support nozzle arrangement arranged below a strip path of the metal strip a gas cushion supporting the metal strip from below is produced between the metal strip and the support nozzle arrangement in such a way that the transverse curvature is contactlessly formed at the metal strip by the gas cushion.
Process for the production of food packaging from biodegradable foam material, in particular of trays for use as single-use tableware, with the following steps: provision of a starting material consisting of, or comprising, organic cellulose ester or mixed cellulose ester, in particular cellulose acetate; pretreating of the starting material via drying to reduce moisture content to a maximal moisture content of 1000 ppm, measured at ≥ 100°C by using an absorption balance; retention of the moisture content at/below this limit until the beginning of the subsequent melting process; melting of the pretreated starting material, introduction of a blowing agent into the melt, cooling of the resultant composition and extrusion of the same for foaming to give a foam material as flat material; where a water-free blowing agent is used, the resultant foam material is stored for a period sufficient for at least some diffusion of a second blowing agent into the foam material, the stored foam material is heated for further expansion via secondary foaming to a temperature below the melting point of the same, and the heated foam material is deep-drawn to mould the food packaging. provision of a starting material consisting of, or comprising, organic cellulose ester or mixed cellulose ester, in particular cellulose acetate; pretreating of the starting material via drying to reduce moisture content to a maximal moisture content of 1000 ppm, measured at ≥ 100°C by using an absorption balance; retention of the moisture content at/below this limit until the beginning of the subsequent melting process; melting of the pretreated starting material, introduction of a blowing agent into the melt, cooling of the resultant composition and extrusion of the same for foaming to give a foam material as flat material; where a water-free blowing agent is used, the resultant foam material is stored for a period sufficient for at least some diffusion of a second blowing agent into the foam material, the stored foam material is heated for further expansion via secondary foaming to a temperature below the melting point of the same, and the heated foam material is deep-drawn to mould the food packaging.
An apparatus for purifying fluid, the apparatus comprising: an ion removal section configured for removing at least part of raw fluid ions of the fluid to be purified, wherein the ion removal section is configured for bringing the fluid to be purified in interaction with a carrier fluid to thereby obtain a first fluid portion comprising the carrier fluid with raw fluid ions therein and a separate second fluid portion comprising the fluid to be purified and further impurities; a purifying section configured for purifying the fluid to be purified after removal of the raw fluid ions, wherein the purifying section comprises an osmosis unit configured for purifying the fluid to be purified, after removal of raw fluid ions, by osmosis; and a draw solution supply path configured for supplying at least part of the first fluid portion to the osmosis unit so that the raw fluid ion enriched first fluid portion serves as draw solution during osmosis. an ion removal section configured for removing at least part of raw fluid ions of the fluid to be purified, wherein the ion removal section is configured for bringing the fluid to be purified in interaction with a carrier fluid to thereby obtain a first fluid portion comprising the carrier fluid with raw fluid ions therein and a separate second fluid portion comprising the fluid to be purified and further impurities; a purifying section configured for purifying the fluid to be purified after removal of the raw fluid ions, wherein the purifying section comprises an osmosis unit configured for purifying the fluid to be purified, after removal of raw fluid ions, by osmosis; and a draw solution supply path configured for supplying at least part of the first fluid portion to the osmosis unit so that the raw fluid ion enriched first fluid portion serves as draw solution during osmosis.
An extraction appliance, in particular a coffee machine, for preparing an extraction product from an extraction material contained in a capsule, with a brewing module for forming a brewing chamber for the capsule, with a water feed comprising a pump for feeding water under pressure to the brewing chamber, as well as a control and means for measuring the fluid flow into the brewing chamber, wherein the control is configured and connected to the pump, such that at least under predefined conditions, it controls a pump power of the pump in a manner dependent on the measured fluid flow, characterised in that given a lower fluid flow, the pump power is reduced in comparison to a greater fluid flow.
A microprocessor with a fused reservation stations structure, comprising: a primary reservation stations having an input for receiving issued instructions, having a push output for pushing said issued instructions, and having at least one bypass output for dispatching at least one of said issued instructions that is ready for dispatch; a secondary RS having an input coupled to said push output of said primary RS and having at least one dispatch output; characterized by a bypass system directly connected to said at least one bypass output, wherein when said secondary RS is full, said bypass system provides said issued instructions dispatched from said at least one bypass output to an execution unit, and when said secondary RS is not full, said bypass system provides said issued instructions dispatched from said at least one dispatch output to said execution unit. a primary reservation stations having an input for receiving issued instructions, having a push output for pushing said issued instructions, and having at least one bypass output for dispatching at least one of said issued instructions that is ready for dispatch; a secondary RS having an input coupled to said push output of said primary RS and having at least one dispatch output; characterized by a bypass system directly connected to said at least one bypass output, wherein when said secondary RS is full, said bypass system provides said issued instructions dispatched from said at least one bypass output to an execution unit, and when said secondary RS is not full, said bypass system provides said issued instructions dispatched from said at least one dispatch output to said execution unit.
A method for transmitting feedback information, comprising: acquiring, by a user equipment, a first physical uplink control channel format and a second physical uplink control channel format configured for the user equipment by a base station, wherein, an orthogonal sequence of the first physical uplink control channel format and an orthogonal sequence of the second physical uplink control channel format correspond to different expansion factors, an expansion factor corresponding to the orthogonal sequence of the second physical uplink control channel format is an integral multiple of an expansion factor corresponding to the orthogonal sequence of the first physical uplink control channel format; and selecting, by the user equipment, one of the first physical uplink control channel format and the second physical uplink control channel format to transmit the feedback information; characterized in that the orthogonal sequence of the second physical uplink control channel format is an expansion or repetition of the orthogonal sequence of the first physical uplink control channel format. acquiring, by a user equipment, a first physical uplink control channel format and a second physical uplink control channel format configured for the user equipment by a base station, wherein, an orthogonal sequence of the first physical uplink control channel format and an orthogonal sequence of the second physical uplink control channel format correspond to different expansion factors, an expansion factor corresponding to the orthogonal sequence of the second physical uplink control channel format is an integral multiple of an expansion factor corresponding to the orthogonal sequence of the first physical uplink control channel format; and selecting, by the user equipment, one of the first physical uplink control channel format and the second physical uplink control channel format to transmit the feedback information; characterized in that the orthogonal sequence of the second physical uplink control channel format is an expansion or repetition of the orthogonal sequence of the first physical uplink control channel format.
A portable electronic device, comprising: a top housing portion; a bottom housing portion (904, 1606) mating with the top housing portion to form an interior cavity, the bottom housing portion (904, 1606) comprising a structure body and a transparent window, the transparent window having an inner surface positioned inside of the portable electronic device, an outer surface positioned outside of the portable electronic device, and an outer edge extending between the inside and outside of the portable electronic device; a sensor device within the interior cavity; and an external contact coupled to the sensor device and wrapping around the outer edge such that the external contact has portions that are positioned on the outer surface, the inner surface, and the outer edge of the transparent window. a top housing portion; a bottom housing portion (904, 1606) mating with the top housing portion to form an interior cavity, the bottom housing portion (904, 1606) comprising a structure body and a transparent window, the transparent window having an inner surface positioned inside of the portable electronic device, an outer surface positioned outside of the portable electronic device, and an outer edge extending between the inside and outside of the portable electronic device; a sensor device within the interior cavity; and an external contact coupled to the sensor device and wrapping around the outer edge such that the external contact has portions that are positioned on the outer surface, the inner surface, and the outer edge of the transparent window.
A method for wireless communications, comprising: receiving, by a user equipment, UE, from a base station, BS, a first radio resource control, RRC, message indicating a payload size of a first DCI message; receiving, by the UE from the BS, a first signal over first resources assigned to carry downlink transmissions; and receiving, by the UE from the BS, the first downlink control indication, DCI, message, the first DCI message comprising a bitmap that includes bits associated with different portions of a time-frequency region, and each of the bits in the bitmap indicating whether a downlink transmission for the UE is present in the corresponding portion of the time-frequency region, wherein the bits in the bitmap comprise a sequence of time division bit groups corresponding to different time divisions of the time-frequency region, each of the time division bit groups includes one or more bits, the one or more bits in each of the time division bit groups correspond to one or more frequency divisions of the time-frequency region, and the one or more bits in each of the time division bit groups correspond to a same time division. receiving, by a user equipment, UE, from a base station, BS, a first radio resource control, RRC, message indicating a payload size of a first DCI message; receiving, by the UE from the BS, a first signal over first resources assigned to carry downlink transmissions; and receiving, by the UE from the BS, the first downlink control indication, DCI, message, the first DCI message comprising a bitmap that includes bits associated with different portions of a time-frequency region, and each of the bits in the bitmap indicating whether a downlink transmission for the UE is present in the corresponding portion of the time-frequency region, wherein the bits in the bitmap comprise a sequence of time division bit groups corresponding to different time divisions of the time-frequency region, each of the time division bit groups includes one or more bits, the one or more bits in each of the time division bit groups correspond to one or more frequency divisions of the time-frequency region, and the one or more bits in each of the time division bit groups correspond to a same time division.
A method comprising: a) providing an elastomeric composition comprising a blowing agent having an activation temperature; b) providing at least one structural member (14, 16) defining a fixed gap; c) forming said composition at a temperature below said activation temperature into a solid elastomeric member with a dimension (to) approximately the same as or larger than the gap; d) assembling said elastomeric member into said gap with said dimension (to) aligned with said gap; e) expanding said composition by subjecting said assembled elastomeric member to a temperature at or above said activation temperature; characterized by f) limiting the escape of gas produced during said expanding, wherein said limiting comprises placing a barrier surface near a free surface (28, 29) of said assembled elastomeric member. a) providing an elastomeric composition comprising a blowing agent having an activation temperature; b) providing at least one structural member (14, 16) defining a fixed gap; c) forming said composition at a temperature below said activation temperature into a solid elastomeric member with a dimension (to) approximately the same as or larger than the gap; d) assembling said elastomeric member into said gap with said dimension (to) aligned with said gap; e) expanding said composition by subjecting said assembled elastomeric member to a temperature at or above said activation temperature; characterized by f) limiting the escape of gas produced during said expanding,
High-frequency forceps for medical use, comprising: a manipulation part including a grasping portion that is conductive; a cylindrical part that is inflexible, a wire for manipulation of the grasping portion and a cable for supplying current to the grasping portion being guided through the cylindrical part; and an insulating part that electrically insulates the manipulation part from the cylindrical part, wherein the cylindrical part includes: an outer layer made of an insulating material; an inner layer made of an insulating material; and an intermediate layer located between the outer layer and the inner layer, and having a lower insulation resistance and a higher stiffness than the outer layer and the inner layer characterized by that the outer layer and the inner layer are made of glass fiber reinforced plastic, and the intermediate layer is made of carbon fiber reinforced plastic. a manipulation part including a grasping portion that is conductive; a cylindrical part that is inflexible, a wire for manipulation of the grasping portion and a cable for supplying current to the grasping portion being guided through the cylindrical part; and an insulating part that electrically insulates the manipulation part from the cylindrical part, wherein the cylindrical part includes: an outer layer made of an insulating material; an inner layer made of an insulating material; and an intermediate layer located between the outer layer and the inner layer, and having a lower insulation resistance and a higher stiffness than the outer layer and the inner layer an outer layer made of an insulating material; an inner layer made of an insulating material; and an intermediate layer located between the outer layer and the inner layer, and having a lower insulation resistance and a higher stiffness than the outer layer and the inner layer
Device which combines a hand-held luggage scale for weighing luggage items and a lock for locking or securing in place a luggage item to a combination device, characterised in that the lock forms a structurally independent functional unit of the combination device.
A fiber optic cable assembly, the assembly comprising: a fiber optic cable, the fiber optic cable having a fibrous strength element; a crimp body, the crimp body having at least one end adapted to receive the fiber optic cable, the at least one end having a crimp zone, the crimp zone including at least one compression area and at least one hoop about the compression area; and a crimp band, the crimp band crimped over the strength elements and crimp zone of the crimp body, and including at least one indentation defining at least one compression surface and at least one rib defining at least one rib interior, the crimp band and the crimp body cooperating to grip the strength element and resist a cable pull off force with the at least one rib interior of the crimp band generally surrounding the hoop, wherein the cable pull off force being from about 890 Newton to about 2670 Newton. a fiber optic cable, the fiber optic cable having a fibrous strength element; a crimp body, the crimp body having at least one end adapted to receive the fiber optic cable, the at least one end having a crimp zone, the crimp zone including at least one compression area and at least one hoop about the compression area; and a crimp band, the crimp band crimped over the strength elements and crimp zone of the crimp body, and including at least one indentation defining at least one compression surface and at least one rib defining at least one rib interior, the crimp band and the crimp body cooperating to grip the strength element and resist a cable pull off force with the at least one rib interior of the crimp band generally surrounding the hoop, wherein the cable pull off force being from about 890 Newton to about 2670 Newton.
Camera Device, particularly as a parking assistent apparatus for a motor vehicle with a drive which is an operative connection via gear means with a camera which is moveable between a retracted position and a deployed position a carriage which embraces the camera and is moveable together with the camera, characterized in that the gear means are configured in a such a way, that the camera is moveable into a further additional position beyond the retracted position by manual actuation from the outside.
A composition comprising a silylated polysaccharide, where the silylated polysaccharide is characterized by: a. comprising linked fructose, galactose, anhydrogalactose, or glucose saccharide units provided that glycosidic linkages of glucose are alpha linkages and that the silylated polysaccharide is other than a silylated starch; and b. on average 1 to 100 mole-percent of the hydroxyl groups on the polysaccharide have been silylated with a silyl group having the structure -SiR 3 linked to the polysaccharide through a C-O-Si bond where each R is independently selected from hydrocarbyl radicals having from one to 12 carbon atoms, provided that on average at least one R per polysaccharide has a terminally unsaturated carbon-carbon double bond. a. comprising linked fructose, galactose, anhydrogalactose, or glucose saccharide units provided that glycosidic linkages of glucose are alpha linkages and that the silylated polysaccharide is other than a silylated starch; and b. on average 1 to 100 mole-percent of the hydroxyl groups on the polysaccharide have been silylated with a silyl group having the structure -SiR 3 linked to the polysaccharide through a C-O-Si bond where each R is independently selected from hydrocarbyl radicals having from one to 12 carbon atoms, provided that on average at least one R per polysaccharide has a terminally unsaturated carbon-carbon double bond.