mhurhangee/ep-ind-claims huggingface dataset:
An operation program preparation device for preparing an operation program for a robot to perform an operation on an object (W1, W2) by a tool attached to the robot, comprising: means configured to store operation-program definition data(41a, 41b) including a first program part requiring alteration in accordance with a type of the object (W1, W2) and a second program part not requiring the alteration but kept unchanged without regard to a change in the type of the object and requiring modification of position or orientation of the tool, for connection with the first program part, and configured to store object-type related data (42-1, 42-2) including information on position/ orientation of the object (W1, W2); means configured to store a predetermined rule for determining the modification for the connection between the first program part and the second program part of said operation-program definition data (41a, 41b) based on a rate of change of the position and/or the orientation of the tool (W1, W2) at the connection; means configured to alter the first program part of said operation-program definition data (41a, 41b) based on the object-type related data (42-1, 42-2) to obtain an altered first program part; and means configured to modify position/orientation data in the second program part of said operation-program definition data (41a, 41b) according to said predetermined rule and to combine the altered first program part and the second program part to complete the operation program. means configured to store operation-program definition data(41a, 41b) including a first program part requiring alteration in accordance with a type of the object (W1, W2) and a second program part not requiring the alteration but kept unchanged without regard to a change in the type of the object and requiring modification of position or orientation of the tool, for connection with the first program part, and configured to store object-type related data (42-1, 42-2) including information on position/ orientation of the object (W1, W2); means configured to store a predetermined rule for determining the modification for the connection between the first program part and the second program part of said operation-program definition data (41a, 41b) based on a rate of change of the position and/or the orientation of the tool (W1, W2) at the connection; means configured to alter the first program part of said operation-program definition data (41a, 41b) based on the object-type related data (42-1, 42-2) to obtain an altered first program part; and means configured to modify position/orientation data in the second program part of said operation-program definition data (41a, 41b) according to said predetermined rule and to combine the altered first program part and the second program part to complete the operation program.
A method for removing a positively charged substance from an aqueous liquid containing said substance by contacting the liquid with a cation-exchanger under conditions permitting binding of said substance to said cation-exchanger, possibly followed by a subsequent desorption of said substance, characterized in that said cation-exchanger has been selected to be capable of (a) binding to said substance by cation-exchange in an aqueous liquid reference at an ionic strength corresponding to 0.3 M NaCl and (b) permitting a break through capacity for said substance ≥ 200%, such as ≥ 300% or ≥ 500 %, of the break-through capacity of said substance for a reference cation-exchanger containing sulphopropyl groups -CH 2 CH 2 CH 2 SO 2 O -; and in that the cation-exchanger comprises a plurality of cation-exchange ligands which are firmly attached to a support matrix and have the structure: - A where (a) X is selected among sulphonate (-SO 3 - /-SO 3 H), sulphate (̵-OSO 3 - /-OSO 3 H)̵, carboxylate (̵-COO - /-COOH)̵, phosphate (̵-OPO 3 2- /-OPO 3 H - /-OPO 3 H 2 and phosphonate (̵-PO 3 2- /-PO 3 - H/-PO 3 H 2)̵. (b) A represents an organic group comprising an organic chain (̵A')̵ stretching from X to the support matrix, with the provision that if there is a cation-exchange group (̵X')̵ in A the distance between X' and the support matrix is always shorter or equal to the length of A', wherein A' provides only one or two sp 3 -hybridised carbon between HB and X; HB is a group containing at least one carbon atom plus a hydrogen-bonding atom which is located at a distance of 1-7 atoms from the cation-exchange group, wherein HB comprises either a homoaromatic ring and a group selected among ether oxygen (̵-O-)̵, thioether sulphur (̵-S-)̵, amide (-COHN-, -N -, -CONH 2, -SO 2 NH-, -N(SO 2 R)-, - SO 2 NH 2)̵, hydroxy, halo, or a heteroaromatic ring with an oxygen, nitrogen or sulphur heteroatom. (a) binding to said substance by cation-exchange in an aqueous liquid reference at an ionic strength corresponding to 0.3 M NaCl and (b) permitting a break through capacity for said substance ≥ 200%, such as ≥ 300% or ≥ 500 %, of the break-through capacity of said substance for a reference cation-exchanger containing sulphopropyl groups -CH 2 CH 2 CH 2 SO 2 O -; (a) X is selected among sulphonate (-SO 3 - /-SO 3 H), sulphate (̵-OSO 3 - /-OSO 3 H)̵, carboxylate (̵-COO - /-COOH)̵, phosphate (̵-OPO 3 2- /-OPO 3 H - /-OPO 3 H 2 and phosphonate (̵-PO 3 2- /-PO 3 - H/-PO 3 H 2)̵. (b) A represents an organic group comprising an organic chain (̵A')̵ stretching from X to the support matrix, with the provision that if there is a cation-exchange group (̵X')̵ in A the distance between X' and the support matrix is always shorter or equal to the length of A', wherein A' provides only one or two sp 3 -hybridised carbon between HB and X;
A method comprising: generating at a local oscillator of a receiver of a transceiver a comparison reference clock signal having a first frequency; providing the comparison reference clock signal to a Phase-Locked Loop configured to provide a local oscillator signal to a mixer of said receiver; in response to detecting a jammer being received by the receiver, changing the first frequency of the comparison reference clock signal to a second frequency, characterised in that after the receiver has operated for a time period using the comparison reference clock signal at the second frequency, if the originally detected jammer has not been reduced in magnitude, returning the comparison reference clock signal to the first frequency. generating at a local oscillator of a receiver of a transceiver a comparison reference clock signal having a first frequency; providing the comparison reference clock signal to a Phase-Locked Loop configured to provide a local oscillator signal to a mixer of said receiver; in response to detecting a jammer being received by the receiver, changing the first frequency of the comparison reference clock signal to a second frequency, characterised in that after the receiver has operated for a time period using the comparison reference clock signal at the second frequency, if the originally detected jammer has not been reduced in magnitude, returning the comparison reference clock signal to the first frequency.
Mold conveyor comprising a mold inlet area (1 a) and a mold outlet area (1 b), comprising a frame having mounted therein a supporting grille for supporting a plurality of molds in positions that are moved forward successively, a clamping mechanism which can move longitudinally with respect to the supporting grille and which comprises respective longitudinal clamps (8, 8a; 9, 9a) arranged on opposite sides along the supporting grille, at least one of the clamps (8, 8a; 9, 9a) being transversely movable by a plurality of actuators between a clamping position in which the clamps (8, 8a; 9, 9a) can hold the molds against one another and a release position in which the clamps (8, 8a; 9, 9a) do not hold the molds, a reciprocating mechanism for moving the clamping mechanism forward when the clamps (8, 8a; 9, 9a) are in their clamping position and for moving the clamping mechanisms backward when the clamps (8, 8a; 9, 9a) are in their release position, characterized in that the clamps (8, 8a; 9, 9a) comprise a pair of delivery clamps (8a, 9a) arranged in the outlet area of the mold conveyor; said clamps (8, 8a; 9, 9a) being longitudinally aligned and connected to one another; the reciprocating mechanism comprises a push device arranged in the outlet area (1 b) of the mold conveyor, the push device comprising respective lug elements articulated to the delivery clamps (8a, 9a) by means of respective connecting rods for pulling on the clamps (8, 8a; 9, 9a), and the push device being connected to actuation means providing reciprocating movement to the push device; the push device is a push carriage connected to the actuation means by means of a linear push system comprising at least one linear push element comprising a driving element connected to the actuation means and arranged in an area upstream of the inlet area (1 a) of the mold conveyor, and a longitudinal push bar connecting the driving element to the push carriage and extending linearly below the supporting grille; the push carriage is guided horizontally in a supporting structure to perform a horizontal forward and backward movement.
A process for producing modified hemicellulose, said process comprising the steps of: a) providing a mixture of at least one solvent and a hemicellulose, wherein said hemicellulose is arabinoxylan, b) subjecting the mixture of step a) to an oxidizing agent selected from the group consisting of periodate, lead tetraacetate, ozone, dichromate, permanganate, thallium salts, pyridinium chlorochromate and any combination thereof to provide an oxidized mixture, c) adding a reducing agent selected from the group consisting of aluminium hydride, borohydride, dithionite, polysulfide, anthraquinone and any combination thereof to said oxidized mixture, and d) treating the mixture of step c) with a reagent selected from the group consisting of: epoxide, alkyl halide, alkyl tosylate, alkyl mesylate and any combination thereof, optionally in the presence of a base or a coupling reagent, thereby providing modified hemicellulose. a) providing a mixture of at least one solvent and a hemicellulose, wherein said hemicellulose is arabinoxylan, b) subjecting the mixture of step a) to an oxidizing agent selected from the group consisting of periodate, lead tetraacetate, ozone, dichromate, permanganate, thallium salts, pyridinium chlorochromate and any combination thereof to provide an oxidized mixture, c) adding a reducing agent selected from the group consisting of aluminium hydride, borohydride, dithionite, polysulfide, anthraquinone and any combination thereof to said oxidized mixture, and d) treating the mixture of step c) with a reagent selected from the group consisting of: epoxide, alkyl halide, alkyl tosylate, alkyl mesylate and any combination thereof, optionally in the presence of a base or a coupling reagent, thereby providing modified hemicellulose.
A method for managing a network (10, 12, 16) comprising network elements that forward data flows in the network (10, 12, 16), the method comprising: providing a programmatic interface in a network operating system to allow one or more management applications running on top of the network operating system to control the network elements, wherein at least one of the management applications registers with the network operating system to receive notifications of network events; receiving network-wide declarative statements from the management applications to control the network elements and enforce desired policies, the network-wide declarative statements describing policies using high-level names of network hosts that are independent of network topology and remain valid as the network hosts change locations in the network, wherein the network operating system maintains mappings from the high-level names of the network hosts to low-level addresses of the network hosts; and in response to occurrence of a network event: using the mappings of the high-level names to the low-level addresses to automatically modify a forwarding behavior of at least one of the network elements to enforce the desired policies received from the management applications, by modifying flow entries of the network element that define sets of operations to perform on associated data flows; and notifying the at least one management application of the network event. providing a programmatic interface in a network operating system to allow one or more management applications running on top of the network operating system to control the network elements, wherein at least one of the management applications registers with the network operating system to receive notifications of network events; receiving network-wide declarative statements from the management applications to control the network elements and enforce desired policies, the network-wide declarative statements describing policies using high-level names of network hosts that are independent of network topology and remain valid as the network hosts change locations in the network, wherein the network operating system maintains mappings from the high-level names of the network hosts to low-level addresses of the network hosts; and in response to occurrence of a network event: using the mappings of the high-level names to the low-level addresses to automatically modify a forwarding behavior of at least one of the network elements to enforce the desired policies received from the management applications, by modifying flow entries of the network element that define sets of operations to perform on associated data flows; and notifying the at least one management application of the network event. using the mappings of the high-level names to the low-level addresses to automatically modify a forwarding behavior of at least one of the network elements to enforce the desired policies received from the management applications, by modifying flow entries of the network element that define sets of operations to perform on associated data flows; and notifying the at least one management application of the network event.
Frame part (4, 4', 4") and frame fastening part, wherein the frame part (4, 4', 4") serves to insulate and/or seal at least one outer circumferential side of a window or door frame attached to an opening in an outer wall of a building, wherein - the frame part (4, 4', 4") is a profile part made of a membrane material and has at least one cover foil bonded to the profile part; and - the profile part consists of a membrane material which is adaptable to the contour of the frame fastening part or is cut out accordingly; and furthermore - the frame fastening part is an angle bracket or an angle rail which can be fastened to the outer side of the masonry in a conventional manner; and - the frame part (4, 4', 4") can cover the frame fastening part closely adapted to its contour or can accommodate it in a cutout and can terminate with a connection plane for connection to the outer wall of a wall and/or an outer insulation; and - the cover foil is dimensioned and attached to at least a first longitudinal side of the profile part in such a way that it protrudes at least over longitudinal sides of the profile part which are arranged adjacent to the first longitudinal side. - the frame part (4, 4', 4") is a profile part made of a membrane material and has at least one cover foil bonded to the profile part; and - the profile part consists of a membrane material which is adaptable to the contour of the frame fastening part or is cut out accordingly; and furthermore - the frame fastening part is an angle bracket or an angle rail which can be fastened to the outer side of the masonry in a conventional manner; and - the frame part (4, 4', 4") can cover the frame fastening part closely adapted to its contour or can accommodate it in a cutout and can terminate with a connection plane for connection to the outer wall of a wall and/or an outer insulation; and - the cover foil is dimensioned and attached to at least a first longitudinal side of the profile part in such a way that it protrudes at least over longitudinal sides of the profile part which are arranged adjacent to the first longitudinal side.
A flashlight operable by a power source, the flashlight comprising: a body including a first end and a second end, the body defining a central axis extending between the first end and the second end, the body configured to support the power source; a first light source positioned adjacent the first end, the first light source electrically coupled to the power source and configured to produce light in a first illumination direction, the first illumination direction being fixed relative to the central axis of the body; a light ring movable with respect to the body about a pivot axis, the light ring including a second light source electrically coupled to the power source and configured to produce light in a second illumination direction; wherein the second illumination direction moves relative to the first illumination direction in response to movement of the light ring relative to the body about the pivot axis, characterized in that the light ring is coupled to the first end of the body. a body including a first end and a second end, the body defining a central axis extending between the first end and the second end, the body configured to support the power source; a first light source positioned adjacent the first end, the first light source electrically coupled to the power source and configured to produce light in a first illumination direction, the first illumination direction being fixed relative to the central axis of the body; a light ring movable with respect to the body about a pivot axis, the light ring including a second light source electrically coupled to the power source and configured to produce light in a second illumination direction; wherein the second illumination direction moves relative to the first illumination direction in response to movement of the light ring relative to the body about the pivot axis,
A printer comprising: a printhead comprising a number of nozzles; an immiscible fluid applicator; and a processor to instruct the immiscible fluid applicator to apply a layer of ink-immiscible fluid to the surface of the printhead, in which the immiscible fluid applicator applies a layer of ink-immiscible fluid to the surface of the printhead by selectively spraying the surface of the printhead with ink-immiscible fluid using a high pressure nozzle, and characterized in that particles of ink-immiscible fluid sprayed onto the printhead are attracted to the printhead by an electrical polarity difference between the ink-immiscible fluid and printhead. a printhead comprising a number of nozzles; an immiscible fluid applicator; and a processor to instruct the immiscible fluid applicator to apply a layer of ink-immiscible fluid to the surface of the printhead, in which the immiscible fluid applicator applies a layer of ink-immiscible fluid to the surface of the printhead by selectively spraying the surface of the printhead with ink-immiscible fluid using a high pressure nozzle, and characterized in that particles of ink-immiscible fluid sprayed onto the printhead are attracted to the printhead by an electrical polarity difference between the ink-immiscible fluid and printhead.
Method for producing a decorated wall, ceiling or floor panel, comprising the steps: a) providing a plate-shaped carrier and a non-woven fabric; b) applying an adhesive onto a surface of the carrier or onto a surface of the non-woven fabric; c) laminating the non-woven fabric on the surface of the carrier by means of the applied adhesive; d) impregnating the non-woven fabric with a curable impregnating agent; e) curing the impregnating agent, wherein the non-woven fabric is a printing base paper and a decoration is printed onto the paper between steps c) and d); characterized in that the carrier is a plastic carrier and the adhesive is a hot melt adhesive and the impregnating agent comprises radiation-crosslinkable components and the curing takes place by means of electromagnetic radiation. a) providing a plate-shaped carrier and a non-woven fabric; b) applying an adhesive onto a surface of the carrier or onto a surface of the non-woven fabric; c) laminating the non-woven fabric on the surface of the carrier by means of the applied adhesive; d) impregnating the non-woven fabric with a curable impregnating agent; e) curing the impregnating agent,
Trailer coupling for a motor vehicle, in particular a car, for attaching a trailer to the motor vehicle, with a coupling body support which may be attached to the motor vehicle and with a coupling body, at least partly spherical on the outside and mounted on a free end section of the coupling body support, and on which may be fitted a towing coupling seating of a towing coupling of the trailer, wherein the coupling body forms for the towing coupling seating a bearing body rotatably supporting the former for swivelling, in particular on a multi-axis swivel-jointed basis, relative to the coupling body support, wherein there is movably mounted on the coupling body, in particular rotatably, a driver, in particular annular, which may be driven by the towing coupling seating and is adjustable, in particular rotatable, relative to the coupling body, wherein the driver forms part of a sensor array for detecting an angular position of the towing coupling relative to the coupling body support, wherein the coupling body has between its top facing away from the coupling body support, and the coupling body member, an equatorial zone with a maximum outer periphery, wherein the driver is located above or below the equatorial zone of the coupling body, so that the maximum outer periphery of the coupling body is available in the equatorial zone to hold the towing coupling seating, characterised in that at least one sensor is mounted immovably on the coupling body and one or more transmitters on the driver, or a sensor mounted on the driver may be actuated by a transmitter mounted immovably in the coupling body.
Vertical plate freezer comprising a number of freezing plates arranged vertically side by side with intervening freezing compartment, the freezing plates are mutually connected to each other and may be moved in the longitudinal direction of the freezer, the freezing plates are connected to each other via intervening, releasable spacers constituting sidewalls in the freezing compartment, wherein adjacent surfaces of a freezing plate and a spacer are performed with corresponding connecting devices comprising a rail and a corresponding recess which may accommodate the rail in such a way that they engage each other and connect the spacer to the freezing plate, wherein a cross section of the recess is larger than a cross section of the rail, and wherein the size-difference between these is determining for how much the spacer moves and wherein the connecting devices (6, 7) are designed such that the spacer is pulled away from the freezing compartment when the freezing plates are moved away from each other and/or such that the spacer is pushed in towards the freezing compartment when the freezing plates are moved towards each other, characterized in that the rail has a neck-part and a head-part, wherein the head-part has larger cross section than the neck-part, and wherein the recess is most narrow at an opening, in such a way that the opening may enclose the neck, as the opening is larger than the cross section of the neck-part and in that the neck-part is perpendicular to the freezing plate or the spacer, and that the opening to the recess has two surfaces (a', e') turning against each other, as the surfaces should bear against the neck-part of the rail and in that the head-part has a surface (b) making a blunt angle (a) with the neck-part, and a surface (d) making a right angle with the neck-part, and in that the recess is designed with corresponding surfaces (b', d').