mhurhangee/ep-ind-claims huggingface dataset:
A sole structure for an article of footwear that has a foot-receiving cavity, the sole structure comprising: a unitary sole configured for insertion into the foot-receiving cavity and having a forefoot region, a midfoot region, and a heel region; wherein the unitary sole comprises a first cushioning body and a second cushioning body, the first cushioning body having a first hardness and the second cushioning body having a second hardness greater than the first hardness, the second hardness preferably being from about 5 durometer to about 15 durometer greater than the first hardness; wherein both the first cushioning body and the second cushioning body are exposed at a periphery of the unitary sole, wherein the second cushioning body underlies a portion of the first cushioning body in the forefoot region and establishes a ground-facing exterior surface of the unitary sole in the forefoot region under the portion of the first cushioning body, and wherein the second cushioning body has a wedge surface that interfaces with the first cushioning body at a lateral extremity of the first cushioning body. a unitary sole configured for insertion into the foot-receiving cavity and having a forefoot region, a midfoot region, and a heel region; wherein the unitary sole comprises a first cushioning body and a second cushioning body, the first cushioning body having a first hardness and the second cushioning body having a second hardness greater than the first hardness, the second hardness preferably being from about 5 durometer to about 15 durometer greater than the first hardness; wherein both the first cushioning body and the second cushioning body are exposed at a periphery of the unitary sole, wherein the second cushioning body underlies a portion of the first cushioning body in the forefoot region and establishes a ground-facing exterior surface of the unitary sole in the forefoot region under the portion of the first cushioning body, and wherein the second cushioning body has a wedge surface that interfaces with the first cushioning body at a lateral extremity of the first cushioning body.
A method for identifying a signal source, comprising: transmitting, from a device, at least one unit sequence to a further device (110, 120), wherein a bandwidth of each unit sequence is a common divisor of comprehensive overlapping system bandwidths among a plurality of devices and the at least one unit sequence uniquely identifies the device in the plurality of devices.
Method for feeding an elongate workpiece to a forming machine which has a drawing-in device, which can be operated at a varying drawing-in speed, for drawing in the supplied workpiece and for conveying the workpiece to a tool region of the forming machine, in which: a workpiece stock (112, 412) is provided in the form of a coil, workpiece portions are guided from the workpiece stock to an auxiliary drawing-in device (330, 430, 730), the auxiliary drawing-in device (330, 430, 730) is driven by means of an auxiliary drive (335, 435, 735) and conveys the workpiece at a specifiable conveying speed into a buffer store (350, 450, 750) connected downstream, the workpiece forms a workpiece loop of variable length in the buffer store (350, 450, 750) between an inlet (352, 452, 752) and an outlet (354, 454, 754) of the buffer store, and the workpiece is guided from the outlet (354, 454, 754) of the buffer store (350, 450, 750) to the drawing-in device of the forming machine, wherein a degree of filling of the buffer store (350, 450, 750) is detected by means of a sensor system (370, 470, 770), and the conveying speed of the auxiliary drawing-in device (330, 430, 730) is controlled depending on sensor signals of the sensor system, characterized in that the workpiece forms a horizontally lying workpiece loop in the buffer store. a workpiece stock (112, 412) is provided in the form of a coil, workpiece portions are guided from the workpiece stock to an auxiliary drawing-in device (330, 430, 730), the auxiliary drawing-in device (330, 430, 730) is driven by means of an auxiliary drive (335, 435, 735) and conveys the workpiece at a specifiable conveying speed into a buffer store (350, 450, 750) connected downstream, the workpiece forms a workpiece loop of variable length in the buffer store (350, 450, 750) between an inlet (352, 452, 752) and an outlet (354, 454, 754) of the buffer store, and the workpiece is guided from the outlet (354, 454, 754) of the buffer store (350, 450, 750) to the drawing-in device of the forming machine, wherein a degree of filling of the buffer store (350, 450, 750) is detected by means of a sensor system (370, 470, 770), and the conveying speed of the auxiliary drawing-in device (330, 430, 730) is controlled depending on sensor signals of the sensor system, characterized in that the workpiece forms a horizontally lying workpiece loop in the buffer store.
A medicament comprising thrombomodulin as an active ingredient for use in the prophylactic and/or therapeutic treatment of chemotherapy-induced peripheral neuropathic pain.
Method for preparing a foam material, comprising the steps: a) providing a powder material, comprising at least one metal powder and optionally at least one ceramic powder; b) providing a preform comprising a particulate material; c) mixing the powder material and the preform; and d) removing the particulate material by exposing the mixture obtained in step c) to a solvent, wherein the particulate material is soluble in the solvent. a) providing a powder material, comprising at least one metal powder and optionally at least one ceramic powder; b) providing a preform comprising a particulate material; c) mixing the powder material and the preform; and d) removing the particulate material by exposing the mixture obtained in step c) to a solvent,
A bonding apparatus (22, 238) for manufacturing an elastic composite structure (78, 138, 240) comprising at least one elastic thread secured between a pair of facing web layers (12, 16), the bonding apparatus (22, 238) comprising: a rotary anvil having a face with a weld pattern (48, 110, 120, 144, 148, 150, 170) comprising at least one anchoring region (42, 126) and at least one deactivating region (62, 132); wherein the at least one anchoring region (42, 86, 126) comprises a plurality of anchoring welds that extend outward from the face of the rotary anvil with adjacent anchoring welds constructed to form pairs of adjacent anchoring bonds that fuse the pair of facing web layers (12, 16) together and anchor the at least one elastic thread passing between the adjacent anchoring bonds in position relative to the pair of facing web layers (12, 16); and wherein the at least one deactivating region (62, 88, 132) comprises a break bar (46, 128, 242) that extends outward from the face of the rotary anvil and is constructed to sever the at least one elastic thread, further comprising a horn having a working surface spaced apart from a working surface of the break bar (46, 128, 242) and land surfaces of the plurality of anchoring welds, wherein the plurality of anchoring welds is arranged in curved anchoring weld lines that define a pattern (120, 144, 148, 150, 170) on the face of the rotary anvil. a rotary anvil having a face with a weld pattern (48, 110, 120, 144, 148, 150, 170) comprising at least one anchoring region (42, 126) and at least one deactivating region (62, 132); wherein the at least one anchoring region (42, 86, 126) comprises a plurality of anchoring welds that extend outward from the face of the rotary anvil with adjacent anchoring welds constructed to form pairs of adjacent anchoring bonds that fuse the pair of facing web layers (12, 16) together and anchor the at least one elastic thread passing between the adjacent anchoring bonds in position relative to the pair of facing web layers (12, 16); and wherein the at least one deactivating region (62, 88, 132) comprises a break bar (46, 128, 242) that extends outward from the face of the rotary anvil and is constructed to sever the at least one elastic thread, further comprising a horn having a working surface spaced apart from a working surface of the break bar (46, 128, 242) and land surfaces of the plurality of anchoring welds, wherein the plurality of anchoring welds is arranged in curved anchoring weld lines that define a pattern (120, 144, 148, 150, 170) on the face of the rotary anvil.
An Fc binding protein comprising one or more domains, wherein at least one domain comprises an amino acid sequence selected from any one of SEQ ID NOs: 1 -6 or 21.
An underground lamp, comprising a lamp body, a seal ring, a reflection cup and a panel, wherein: the lamp body has an installation cavity, the installation cavity has an installation port, the installation port has an installation port outer edge, and the lamp body further has an abutment ring protruding from the installation port outer edge and circumferentially surrounding the installation port; the reflection cup is disposed in the installation cavity, the reflection cup has a light exit cavity opening, the light exit cavity opening has a light exit cavity opening outer edge, the reflection cup further has a support ring protruding from the light exit cavity opening outer edge, the support ring is made of a rubber material, the installation port has an installation port inner edge, and the installation port inner edge has an abutment step circumferentially surrounded by the installation port; the panel covers the abutment ring and is fixed to the lamp body, the seal ring is disposed between the abutment ring and the panel, the seal ring is pressed by the panel and the abutment ring in cooperation, the support ring is disposed between the abutment step and the panel, and the support ring is pressed by the panel and the abutment step in cooperation. the lamp body has an installation cavity, the installation cavity has an installation port, the installation port has an installation port outer edge, and the lamp body further has an abutment ring protruding from the installation port outer edge and circumferentially surrounding the installation port; the reflection cup is disposed in the installation cavity, the reflection cup has a light exit cavity opening, the light exit cavity opening has a light exit cavity opening outer edge, the reflection cup further has a support ring protruding from the light exit cavity opening outer edge, the support ring is made of a rubber material, the installation port has an installation port inner edge, and the installation port inner edge has an abutment step circumferentially surrounded by the installation port; the panel covers the abutment ring and is fixed to the lamp body, the seal ring is disposed between the abutment ring and the panel, the seal ring is pressed by the panel and the abutment ring in cooperation, the support ring is disposed between the abutment step and the panel, and the support ring is pressed by the panel and the abutment step in cooperation.
A node in a network of nodes, comprising: a fabric interface to couple to the network of nodes via an interconnection fabric (102, 220); a processor (312, 632) configured to execute operations at the node; and a memory subsystem (142, 144, 720) with a memory computation resource separate from the processor (312, 632); wherein the memory subsystem (142, 144, 720) is configured to receive a request from a processor of another node for a memory computation, and in response to the request, to perform the computation locally at the memory subsystem (142, 144, 720) and send the result of the computation to the other node; characterized in that the fabric interface is configured to expose a universal unique identifier, UUID, corresponding to a capability of the memory computation resource. a fabric interface to couple to the network of nodes via an interconnection fabric (102, 220); a processor (312, 632) configured to execute operations at the node; and a memory subsystem (142, 144, 720) with a memory computation resource separate from the processor (312, 632); wherein the memory subsystem (142, 144, 720) is configured to receive a request from a processor of another node for a memory computation, and in response to the request, to perform the computation locally at the memory subsystem (142, 144, 720) and send the result of the computation to the other node; characterized in that the fabric interface is configured to expose a universal unique identifier, UUID, corresponding to a capability of the memory computation resource.
A digital printing method for digitally printing at least a first print job and a later print job to be executed after the first print job, said method comprising the steps of: - receiving (1100, 2100, 3100) a first print job containing first image data of one or more first images to be printed in a printable area and a later print job containing later image data associated with at least one colour and/or at least one density level; - determining (1200, 2200, 3200) at least one first sub-area of said printable area where no image of said one or more first images is to be printed, using the first image data; - printing (1300, 2300, 3300) the one or more first images in the printable area and at least one first control patch in the determined at least one first sub-area, using for said at least one first control patch at least one colour and/or at least one density level representative for the at least one colour and/or the at least one density level associated with the later image data; - measuring (1400, 2400, 3400) the colour and/or density level of the printed at least one first control patch; - using (1500, 2500, 3500) the measured colour and/or density level of the at least one first control patch for controlling the later print job. - receiving (1100, 2100, 3100) a first print job containing first image data of one or more first images to be printed in a printable area and a later print job containing later image data associated with at least one colour and/or at least one density level; - determining (1200, 2200, 3200) at least one first sub-area of said printable area where no image of said one or more first images is to be printed, using the first image data; - printing (1300, 2300, 3300) the one or more first images in the printable area and at least one first control patch in the determined at least one first sub-area, using for said at least one first control patch at least one colour and/or at least one density level representative for the at least one colour and/or the at least one density level associated with the later image data; - measuring (1400, 2400, 3400) the colour and/or density level of the printed at least one first control patch; - using (1500, 2500, 3500) the measured colour and/or density level of the at least one first control patch for controlling the later print job.
A circular loom for manufacturing doup fabric provided with a pularity of heald assemblies, characterized in that said assembly comprises a pair of partial healds, namely partial heald-A and partial heald-B of which at least one partial heald is engaged after each shedding motion, a shedding cam assembly and a swing control cam assembly, said shedding cam assembly consisting of a shedding cam roller and a shedding cam, said swing control assembly consisting of a swing control cam roller and a swing control cam, said swing control cam pushing the swing control cam roller against a torsion spring mounted with a swivel bush leading to swinging motion of a swivel arm that extends below each inner partial heald-A, said partial heald-A consisting of an vertical movement facilitator and an in-plane lateral movement facilitator that facilitates rotation around a pivot, wherein said two partial healds (4, 5) are formed from slit belt strands of flexible material, whereby the partial healds are connected using a belt in a continuous belt form, and wherein said pair of partial heads engage with each other in a comb-like arrangement of guide means provided on each of the partial healds (4, 5), said guide means having a thread eye, wherein said at least one of the thread eye is provided with a replaceable insert and that said swivel bush is made from metallic material.
An article of footwear having an upper and a sole structure secured to the upper, the upper comprising: a throat area that includes a plurality of lateral lace-receiving elements extending along a lateral side of the upper, a plurality of medial lace-receiving elements extending along a medial side of the upper, and a forward lace-receiving element located between the lateral side and the medial side; a lace extending through the lateral lace-receiving elements, the medial lace-receiving elements, and the forward lace-receiving element; and a tensile strand element located within a forefoot region of the footwear, the tensile strand element including a plurality of strands that extend from an area proximal to the forward lace-receiving element and toward a forward edge of the footwear; wherein the tensile strand element includes at least one material layer and the strands lay adjacent to a surface of the material layer, the material layer forms a loop that defines the forward lace-receiving element and the strands extend around the loop. a throat area that includes a plurality of lateral lace-receiving elements extending along a lateral side of the upper, a plurality of medial lace-receiving elements extending along a medial side of the upper, and a forward lace-receiving element located between the lateral side and the medial side; a lace extending through the lateral lace-receiving elements, the medial lace-receiving elements, and the forward lace-receiving element; and a tensile strand element located within a forefoot region of the footwear, the tensile strand element including a plurality of strands that extend from an area proximal to the forward lace-receiving element and toward a forward edge of the footwear;
A vessel having a watertight hull providing a bow and a stern, comprising a stern extension for being mounted on the watertight hull as an extension to the stern, the stern extension comprising: - a stern unit extending in a rearwards direction from the stern, the stern unit comprising side faces adjoined along a vertical center plane thereof, the side faces providing a barrier partly defining a stern unit enclosure, wherein the side faces constitute a continuous extension of the hull shape of the stern; and - a mounting mechanism for securing the stern unit to the hull of the vessel, wherein the stern unit is externally mounted on the watertight hull, thereby providing an extension of the stern without prolonging the watertight hull, and wherein the mounting mechanism is adapted to displace the stern unit relatively to the hull in the rearwards direction away from the transom to an aft position thereby providing a downwards facing opening between a transom of the vessel and the stern unit barrier. - a stern unit extending in a rearwards direction from the stern, the stern unit comprising side faces adjoined along a vertical center plane thereof, the side faces providing a barrier partly defining a stern unit enclosure, wherein the side faces constitute a continuous extension of the hull shape of the stern; and - a mounting mechanism for securing the stern unit to the hull of the vessel,
A method of wireless communication at a user equipment, UE, the method comprising: detecting a level of uncoordinated interference; detecting a level of co-channel intra-RAT, radio access technology, interference; determining that the co-channel intra-RAT interference is dominant; and triggering, in response to the determination, a broadcast of an interference message at a known power level, wherein the interference message indicates a priority level for the UE, an allowable interference level for the UE, and frequency resources for the UE. detecting a level of uncoordinated interference; detecting a level of co-channel intra-RAT, radio access technology, interference; determining that the co-channel intra-RAT interference is dominant; and triggering, in response to the determination, a broadcast of an interference message at a known power level, wherein the interference message indicates a priority level for the UE, an allowable interference level for the UE, and frequency resources for the UE.
A sampling system configured to sample headspace vapor, the system comprising a carrier gas source (810, 910, 1010) and a flow control device (920, 2720) coupled to the carrier gas source (810, 910), the system further characterized by comprising a fluid transfer line comprising a restrictor coupled to a sampling assembly (830, 1020) and the flow control device (920, 2720), the fluid transfer line comprising the restrictor (820, 2720) comprising an inner diameter effective to transfer sample to a chromatography column from the sampling assembly (830, 1020), wherein the flow control device (920, 2720) and the inner diameter are configured according to the type and the nature of the explosive carrier gas in order to release the explosive carrier gas in less than an explosive amount to void space in the sampling system.
A supply system for an inkjet printer of a type comprising at least one printing unit proving to be made up of one or more print heads with ink recirculation, each of which is equipped with one or more nozzles for at least one colour, comprising: - a line for supply-distribution of the ink and that originates from a reservoir, has a plurality of short connecting branches for supplying the said print heads and empties into the same reservoir; - a line for recirculation of the ink and made up of a plurality of short channels originating from the said print heads and converging into a collection manifold, which empties into the said reservoir; there being provided a first means suitable for producing the circulation of the ink in the said supply-distribution line and a second means suitable for producing the circulation of the ink in the said recirculation line comprising the said collection manifold; there further being provided a control means suitable for controlling the pressure in a distribution tube of said supply-distribution line, and a control means suitable for controlling the pressure and circulation in the said recirculation line; said ink supply-distribution line comprises said distribution tube, wherefrom the said short connecting branches directly branch off for the supply of the said print heads in a number at least equal to the number of print heads to be supplied; at least said distribution tube being shaped and proportioned so as to reduce to a minimum head loss of the liquid circulating therein; wherein said distribution tube empties directly in the said reservoir.
Filter for cleaning air, having a housing, layers of a filter medium, which are arranged in the housing, and separator plates, wherein a respective separator plate is arranged between in each case two layers of the filter medium, wherein the separator plates are provided with a perforated arrangement, characterized in that a respective separator plate is provided with a progressive perforated arrangement in such a way that the relative surface-area fraction taken up by the holes (1.1) on the separator plate increases in the direction of the outflow end of the filter, and in that the progressive perforated arrangement is achieved, in particular, by varying the density of the holes (1.1) or by varying the size of the holes (1.1).
A heavyweight concrete composition using slag byproducts comprising: on the basis of 100 parts by weight high-early-strength Portland cement, 42 to 67 parts by weight ground granulated blast-furnace slag, 290 to 310 parts by weight slow-cooled electric-arc-furnace oxidizing slag having a density of 3.3 to 3.8 and used as a fine aggregate, 260 to 290 parts by weight coarse aggregate, and 40 to 45 parts by weight water. 42 to 67 parts by weight ground granulated blast-furnace slag, 290 to 310 parts by weight slow-cooled electric-arc-furnace oxidizing slag having a density of 3.3 to 3.8 and used as a fine aggregate, 260 to 290 parts by weight coarse aggregate, and 40 to 45 parts by weight water.