mhurhangee/ep-ind-claims huggingface dataset:
A washing or cleaning agent comprising at least one first phase and at least one second phase that is different therefrom, characterized in that the at least one first phase is solid and in particular compressed and the at least one second phase comprises at least one polymer and at least two polyvalent alcohols, a first polyvalent alcohol being an alkanetriol and a second polyvalent alcohol being an alkanediol, and the at least one second phase comprising gelatin and/or polyvinyl alcohol as the polymer.
A method for power control in a multihop wireless network, the method being performed in a first node (2; 2a, 2b) in the wireless network and comprising the steps of: estimating a received power spectral density from a second node in the wireless network; determining a target received power spectral density from a third node in the wireless network, in dependence of the estimated received power spectral density, wherein the target received power spectral density is set to the estimated received power spectral density within thresholds so that the first node (2; 2a, 2b) may simultaneously both receive and transmit to the second node and the third node; and sending power control information to the third node in dependence on the determined target received power spectral density. estimating a received power spectral density from a second node in the wireless network; determining a target received power spectral density from a third node in the wireless network, in dependence of the estimated received power spectral density, wherein the target received power spectral density is set to the estimated received power spectral density within thresholds so that the first node (2; 2a, 2b) may simultaneously both receive and transmit to the second node and the third node; and sending power control information to the third node in dependence on the determined target received power spectral density.
Capsule for the preparation of a beverage by injection of a fluid under pressure comprising a chamber containing a substance, a retaining wall and opening means allowing the capsule to be opened for allowing the beverage to flow out of the capsule characterized in that the opening means comprise a surface comprising a multitude of puncturing elements, which are configured to engage the retaining wall, of the chamber under the effect of the rise in pressure in the chamber.
Feed module for feeding an electric current into a drive module, having a housing with a front face and a rear face, having a first connection contact which is arranged on the rear face, and having a second connection contact which is arranged on the front face, wherein the first connection contact (120, 121, 122) is arranged on a first printed circuit card and is designed to connect the feed module to the drive module, and the second connection contact (110, 111, 112) is arranged on a second printed circuit card and is designed to provide a connection to a power supply, and having at least one fuse element which is arranged in the housing between the first connection contact and the second connection contact and is connected to the first connection contact (120, 121, 122) and to the second connection contact (110, 111, 112; 100, 101, 102) and is designed to limit a flow of current between the first connection contact (120, 121, 122) and the second connection contact (110, 111, 112), characterized in that the fuse element is arranged between the first printed circuit card and the second printed circuit card, in that the second connection contact (110, 111, 112) comprises a contact slide and a contact bridge, wherein the contact slide (13, 14, 15) is designed to push the contact bridge laterally out of the housing in order to engage laterally into a housing of a further feed module by way of the contact bridge and to make contact with a contact element of the further feed module, and in that the housing comprises a cover which is arranged in a region of the fuse element laterally on the housing, wherein the cover is to be opened from the outside and can be closed again and covers the fuse element.
A method of optical communication, wherein the method comprises: receiving at least one incident light beam (L1, L2, L3) having one or more wavelengths (λ 1, λ 2, and λ 3); acting (64, 66) on the received at least one incident light beam (L1, L2, L3) with a first optical element to create a single multiplexed light beam comprising a multiplex of a predetermined number of spatial modes (M1...Mn) per one or more wavelengths (λ 1, λ 2, and λ 3) of the received at least one incident light beam (L1, L2, L3) in a manner which is independent of the one or more wavelengths (λ 1, λ 2, and λ 3) of the received at least one incident light beam (L1, L2, L3), wherein each of the predetermined number of spatial modes (M1...Mn) have at least two spatial degrees of freedom; and using the single multiplexed light beam for optical communication wherein the predetermined number of spatial modes (M1...Mn) are used as one or both of carrier channels and bits in a bit coding scheme, wherein the first optical element is encoded with a single hologram to generate the predetermined number of spatial modes irrespective of the one or more wavelengths (λ 1, λ 2, and λ 3) of the received at least one incident light beam (L1, L2, L3), wherein the single hologram is a superposition of a plurality of holograms, wherein each of the plurality of holograms has a different carrier frequency corresponding to each of the predetermined number of modes, and wherein each different carrier frequency has a substantially saw-tooth shaped phase function. receiving at least one incident light beam (L1, L2, L3) having one or more wavelengths (λ 1, λ 2, and λ 3); acting (64, 66) on the received at least one incident light beam (L1, L2, L3) with a first optical element to create a single multiplexed light beam comprising a multiplex of a predetermined number of spatial modes (M1...Mn) per one or more wavelengths (λ 1, λ 2, and λ 3) of the received at least one incident light beam (L1, L2, L3) in a manner which is independent of the one or more wavelengths (λ 1, λ 2, and λ 3) of the received at least one incident light beam (L1, L2, L3), wherein each of the predetermined number of spatial modes (M1...Mn) have at least two spatial degrees of freedom; and using the single multiplexed light beam for optical communication wherein the predetermined number of spatial modes (M1...Mn) are used as one or both of carrier channels and bits in a bit coding scheme, wherein the first optical element is encoded with a single hologram to generate the predetermined number of spatial modes irrespective of the one or more wavelengths (λ 1, λ 2, and λ 3) of the received at least one incident light beam (L1, L2, L3), wherein the single hologram is a superposition of a plurality of holograms, wherein each of the plurality of holograms has a different carrier frequency corresponding to each of the predetermined number of modes, and wherein each different carrier frequency has a substantially saw-tooth shaped phase function.
An information processing apparatus comprising: a first obtaining means for obtaining data of a reference image indicating a target of printing output to be performed by a printing apparatus; a second obtaining means for obtaining data of an image printed by the printing apparatus; generation means for generating a local image density difference, which is a difference between the reference image and the printed image in corresponding pixel positions, wherein the generation means is further configured to generate a global image density difference, which is a difference between the reference image and the printed image in a corresponding pixel range, characterized in that the generation means is further configured to generate a corrected local image density difference by subtracting the global image density difference from the local image density difference; the generation means is further configured to set the smaller one of the local image density difference and the corrected image density difference as a pixel value; and the apparatus further comprises an evaluating means for evaluating quality of the printed image based on the pixel value set by the generation means. a first obtaining means for obtaining data of a reference image indicating a target of printing output to be performed by a printing apparatus; a second obtaining means for obtaining data of an image printed by the printing apparatus; generation means for generating a local image density difference, which is a difference between the reference image and the printed image in corresponding pixel positions, wherein the generation means is further configured to generate a global image density difference, which is a difference between the reference image and the printed image in a corresponding pixel range, characterized in that the generation means is further configured to generate a corrected local image density difference by subtracting the global image density difference from the local image density difference; the generation means is further configured to set the smaller one of the local image density difference and the corrected image density difference as a pixel value; and the apparatus further comprises an evaluating means for evaluating quality of the printed image based on the pixel value set by the generation means.
A device for confining a given zone of a part comprising a first rigid skirt open on a first end which can be applied around said given zone of the part and a second flexible and elastic skirt open on the same first end as the first skirt and designed to be applied to the part, the second skirt surrounding the first rigid skirt at a distance in order to form an annular space which is connected to means for creating a vacuum in the annular space when the first ends of the first skirt and the second skirt are applied to the part.
A method of controlling a printer, the method comprising: controlling, using a printer controller, a print engine to print a pattern using a number of print head dies (25, 27), each print head die including a number of nozzle trenches extending in a print head axis direction wherein each one of the number of nozzle trenches is associated with a different color, wherein the nozzles of neighboring dies (25, 27) overlap in a direction perpendicular to the print head axis direction in respective overlap zones, and applying masks to the nozzles of neighboring dies (25, 27) in the respective overlap zones, using the printer controller, to distribute, in the overlap zones, the pattern to be printed between the nozzles of the respective neighboring dies (25, 27), wherein the masks, in the overlap zones, retain the order in which the nozzles of selected nozzle trenches associated with a selected one of the colors are fired and vary the order in which the nozzles of the other trenches associated with the other colors are fired according to a weaving mask strategy; wherein the nozzles of the selected nozzle trenches, in the overlap zone, are controlled to be fired after the nozzles of all other nozzle trenches have been fired, or before the nozzles of all other nozzle trenches are fired wherein the selected color is the lightest color among all of the colors associated with the number of nozzle trenches. controlling, using a printer controller, a print engine to print a pattern using a number of print head dies (25, 27), each print head die including a number of nozzle trenches extending in a print head axis direction wherein each one of the number of nozzle trenches is associated with a different color, wherein the nozzles of neighboring dies (25, 27) overlap in a direction perpendicular to the print head axis direction in respective overlap zones, and applying masks to the nozzles of neighboring dies (25, 27) in the respective overlap zones, using the printer controller, to distribute, in the overlap zones, the pattern to be printed between the nozzles of the respective neighboring dies (25, 27), wherein the masks, in the overlap zones, retain the order in which the nozzles of selected nozzle trenches associated with a selected one of the colors are fired and vary the order in which the nozzles of the other trenches associated with the other colors are fired according to a weaving mask strategy; wherein the nozzles of the selected nozzle trenches, in the overlap zone, are controlled to be fired after the nozzles of all other nozzle trenches have been fired, or before the nozzles of all other nozzle trenches are fired wherein the selected color is the lightest color among all of the colors associated with the number of nozzle trenches.
Device for surgery on the human eye, including a laser apparatus for providing pulsed focused laser radiation, the laser apparatus being controlled by a control program in such a manner that by application of the laser radiation it is capable of generating an incision figure in the cornea of an eye to be treated, the incision figure including a first incision that defines a corneal tissue volume to be removed, wherein the generation of the first incision requires a motion control of the radiation focus in the direction of propagation of the radiation, wherein the control program is designed in such a manner that for the generation of the incision figure the radiation focus is moved successively in a plurality of superposed planes (50i... 506) in which a movement of the radiation focus is possible in each instance without motion control in the direction of propagation of the radiation, characterized in that for each plane the control program provides for a meandering scan path of the radiation focus that, at least in a region of reversing-points of the meandering scan path, extends outside the tissue volume, wherein the control program is designed to: for each plane, allow through to the eye radiation pulses that serve to generate the first incision; and for at least one of the planes, blank radiation pulses that are assigned to regions of the meandering scan path situated at a distance from the first incision, at least one of the regions located within the corneal tissue volume. for each plane, allow through to the eye radiation pulses that serve to generate the first incision; and for at least one of the planes, blank radiation pulses that are assigned to regions of the meandering scan path situated at a distance from the first incision, at least one of the regions located within the corneal tissue volume.
Arrangement of semiconductor diode lasers stacked on top of one another, having: - a substrate on which a first diode laser is arranged; - a second diode laser, which is arranged on the first diode laser; - a contact layer which is arranged between the first diode laser and the second diode laser, characterized in that the contact layer is formed in such a way that a lattice mismatch between the substrate and the first diode laser can be compensated for by a lattice mismatch of the opposite sign between the substrate and the contact layer. - a substrate on which a first diode laser is arranged; - a second diode laser, which is arranged on the first diode laser; - a contact layer which is arranged between the first diode laser and the second diode laser,
A (meth)acrylic copolymer comprising a. a (meth)acrylic backbone, b. one or more polyether-polysiloxane side chains attached to the (meth)acrylic backbone, i. the side chains having a number average molecular weight in the range of from 200 to 20,000, ii. the polysiloxane portion of the side chains having a number average molecular weight in the range of from 147 to <1,000, wherein iii. the side chains represent from 0.1 to 95.0 wt.-% based on the total weight of the copolymer, wherein the (meth)acrylic copolymer has a weight average molecular weight in the range of from 2,000 to 200,000, all molecular weights being determined by the methods disclosed in the description. a. a (meth)acrylic backbone, b. one or more polyether-polysiloxane side chains attached to the (meth)acrylic backbone, i. the side chains having a number average molecular weight in the range of from 200 to 20,000, ii. the polysiloxane portion of the side chains having a number average molecular weight in the range of from 147 to <1,000, wherein iii. the side chains represent from 0.1 to 95.0 wt.-% based on the total weight of the copolymer, i. the side chains having a number average molecular weight in the range of from 200 to 20,000, ii. the polysiloxane portion of the side chains having a number average molecular weight in the range of from 147 to <1,000, wherein iii. the side chains represent from 0.1 to 95.0 wt.-% based on the total weight of the copolymer,
A router comprising: an ingress port for receiving network data packets from a plurality of source nodes of a plurality of networks, each network data packet having a destination address; an egress port for transmitting the network data packets to at least one destination node; M+1 virtual routing and forwarding instances, VRFIs (66, 68, 70), for routing at least one of the network data packets to at least one of M service appliances (72, 74), M being an integer greater than one; wherein at least two of the M service appliances form a service chain, the M+1 VRFIs comprise a VRFI for each of the M service appliances and an additional VRFI, the additional VRFI is either for the ingress port or the egress port of the router; and a persistent store for storing a plurality of routing tables, each routing table defining a plurality of routing rules for a VRFI of the M+1 VRFIs based on the destination addresses of the network data packets. an ingress port for receiving network data packets from a plurality of source nodes of a plurality of networks, each network data packet having a destination address; an egress port for transmitting the network data packets to at least one destination node; M+1 virtual routing and forwarding instances, VRFIs (66, 68, 70), for routing at least one of the network data packets to at least one of M service appliances (72, 74), M being an integer greater than one; wherein at least two of the M service appliances form a service chain, the M+1 VRFIs comprise a VRFI for each of the M service appliances and an additional VRFI, the additional VRFI is either for the ingress port or the egress port of the router; and a persistent store for storing a plurality of routing tables, each routing table defining a plurality of routing rules for a VRFI of the M+1 VRFIs based on the destination addresses of the network data packets.
A method for managing an inline power relationship between a first device, a second device and a third device in a wired data telecommunications network, the first device configured as power sourcing equipment, PSE, the second device having a first power requirement and configured as a powered device, PD, and coupled via at least a first pair of conductors to the first device, and the third device having a second power requirement and coupled via at least a second pair of conductors to the second device, the method comprising: determining the second power requirement; calculating, at the second device, a representation of a combination of the first and second power requirements; and communicating a representation of the combination from the second device to the first device. determining the second power requirement; calculating, at the second device, a representation of a combination of the first and second power requirements; and communicating a representation of the combination from the second device to the first device.
A plunger pump / plunger motor comprising a motor casing having a first cylindrical chamber and a plunger movable in this chamber with a drive shaft attached to a first plunger side, so that the plunger surface on the first side is smaller than on an opposite second side, a first and a second hole (O 1, O 2) being provided in the motor casing at such a location that in any position of the plunger one hole is available on either side of the plunger, and which plunger pump / plunger motor comprises a valve including a valve casing having a second cylindrical chamber and a control valve movable in this chamber, which valve can establish a communication between a connecting hole for a delivery pipe and the second hole (O 2), whereby the valve casing has a first further hole and a second further hole (F 1, F 2) at such a location that in any position of the control valve one further hole is available on either side of the control valve, while furthermore the motor casing has a third and a fourth hole (O 3, O 4), where the third hole (O 3) communicates with the first further hole (F 1) in the valve casing and the fourth hole (O 4) communicates with the second further hole (F 2) in the valve casing, characterized in that the third and fourth holes (O 3, O 4) can alternately be brought into communication with the connecting hole for the delivery pipe by the plunger.
A luminaire, particularly an emitter, with an optical axis, which substantially corresponds to a main emission direction of the luminaire, wherein the luminaire has: a first axis of rotation and a second axis of rotation, by means of which the optical axis can be aligned, wherein the first axis of rotation is perpendicular to a first plane and the second axis of rotation is perpendicular to a second plane, wherein the optical axis is perpendicular to a third plane, wherein the first plane is tilted relative to the second plane by a first angle β, and wherein the third plane is tilted relative to the second plane by a second angle α, characterized in that the first axis of rotation and the second axis of rotation are axes of housing parts (30, 31), the housing part of the second axis of rotation has an emitting surface and the optical axis corresponds to the main emission direction of the emitting surface or to individual optical areas of the emitting surface.