mhurhangee/ep-ind-claims huggingface dataset:
A computer-based management system of sorting and classifying users of an image information management system, characterized by comprising a number of subsystems with the same structure and interconnected to each other, wherein each of the subsystems comprises a user information encoding module, a user information decoding and authority identifying module, a user sorting module, a user classifying module, a command executing module, a database of authorized user set and a resource information database; the resource information database contains real-time images, history images, and a control on a pan head and a lens of a video camera; the user information encoding module is adapted to encode a use command of a user and user personal information of the user containing access level information into a digital string based on predefined rules, and transmit the digital string to the user information decoding and authority identifying module of the subsystem including the resource information indicated by the use command, wherein the use command comprises a command to obtain the real-time image from the video camera, obtain the history image, or obtain control of the pan head and lens of the video camera, the user personal information further contains information of a user set including the user, and the user set is a set of users with the same access level information; the user information decoding and authority identifying module is adapted to obtain a user record from the database of authorized user set, decode the user personal information contained in the received digital string, and compare the use command with an authorization record of the user in the database of authorized user set, in order to identify whether the user possesses an operation authority; after the identification, the user sorting module is informed of the user possessing the operation authority, and transmits to the user classifying module a list of users each initiating use commands to the same resource within a certain time period; and the user classifying module is adapted to arrange orderly the users initiating the use commands to the same resource according to access levels, and send the use commands of the users to the command executing module in sequence for executing, wherein the user classifying module sorts, from a high priority to a low priority, the users in the user list from the user sorting module by sorting the priority of accessing the real-time image from the video camera, accessing the history image, and controlling the pan head and lens of the video camera, and sends the priorities to the command executing module in sequence of the sorted priority for executing.
A submersible pump comprising: a pump body forming a main compartment having an intake and an output for a liquid, where the pump body is adapted for submersion in a body of liquid whose level is to be controlled; the submersible pump includes a plurality of touch sensitive sensors such that the submersible pump is configured to operate within a threshold operating level, wherein the threshold operating level is between a lower liquid level and an upper liquid level set based on a user touch with the plurality of touch sensitive sensors, wherein the submersible pump includes an indicator to show the desired liquid level which is set after the user touch, wherein the plurality of sensors are stationary touch sensitive sensors which are integrated in or attached to the pump body, wherein the plurality of sensors are present between a top and a bottom of the pump body and arranged in a direction substantially normal to the level of the liquid, and wherein the user touch includes a preset gesture for setting the desired liquid level, the user touch includes either swiping the plurality of sensors between the top and the bottom of the pump body to set the desired liquid level, or touching the plurality of sensors for a fixed time in order to set the desired liquid level. a pump body forming a main compartment having an intake and an output for a liquid, where the pump body is adapted for submersion in a body of liquid whose level is to be controlled; the submersible pump includes a plurality of touch sensitive sensors such that the submersible pump is configured to operate within a threshold operating level, wherein the threshold operating level is between a lower liquid level and an upper liquid level set based on a user touch with the plurality of touch sensitive sensors, wherein the submersible pump includes an indicator to show the desired liquid level which is set after the user touch, wherein the plurality of sensors are stationary touch sensitive sensors which are integrated in or attached to the pump body, wherein the plurality of sensors are present between a top and a bottom of the pump body and arranged in a direction substantially normal to the level of the liquid, and wherein the user touch includes a preset gesture for setting the desired liquid level, the user touch includes either swiping the plurality of sensors between the top and the bottom of the pump body to set the desired liquid level, or touching the plurality of sensors for a fixed time in order to set the desired liquid level.
An arrangement for determining three-dimensional and time domain properties of an interface of an object, the arrangement comprising means for low coherence interferometric imaging, wherein the means for interferometric imaging comprises: - a light source, - imaging means for forming an interference image based on interference between light arriving at the imaging means from the interface of the object and light arriving at the imaging means from a reference path related to the low coherence interferometric imaging, and - means (105a, 105b, 123, 130, 132, 134) for forming the reference path from the light source to the imaging means, for directing light from the light source towards the interface of the object, and for directing light from the interface of the object to the imaging means, characterized in that the arrangement further comprises means constituting a near field modifying structure for forming, from the light directed towards the interface of the object, one or more photonic jets directed to the interface of the object, wherein the means for low coherence interferometric imaging is arranged to perform the low coherence interferometric imaging through the means constituting the near field modifying structure. - a light source, - imaging means for forming an interference image based on interference between light arriving at the imaging means from the interface of the object and light arriving at the imaging means from a reference path related to the low coherence interferometric imaging, and - means (105a, 105b, 123, 130, 132, 134) for forming the reference path from the light source to the imaging means, for directing light from the light source towards the interface of the object, and for directing light from the interface of the object to the imaging means,
Arrangement having a tie gripper for removing a formwork tie which is arranged between formwork elements of a concrete wall formwork, wherein the tie gripper is configured to release a tie rod of the formwork tie from the concrete and to remove the tie rod from the concrete wall formwork, can be screwed onto the formwork tie and can be connected to the formwork tie in a rotationally secure manner, wherein the tie gripper is in the form of a sleeve with an internal thread, wherein the tie gripper has at the first free end thereof a stop, up to which the tie gripper can be screwed onto the tie rod and wherein the arrangement has a threaded nut or counter-nut which can be screwed onto the tie rod for fixing the tie gripper to the tie rod, characterized in that the internal thread of the sleeve corresponds to the external thread of the tie rod for forming a thread pair and in that a second end, which faces the tie rod during the assembly, of the tie gripper is configured in a conically tapering manner and the second end of the tie gripper has an external thread which corresponds to the counter-nut so that the counter-nut can be at least partially screwed onto the end of the tie gripper.
An apparatus for applying colour patterns to at least one wick thread comprising hairs and/or fibres and/or textiles which are loosely assembled or which are spun thread-like with each other, comprising a dyeing device and a transport device for moving the wick thread relative to the dyeing device, wherein the apparatus has a delay device which sets the wick thread moved by the transport device under a tensile stress, characterized in that the transport device has a transport wheel driven by a drive device, the transport wheel has a guide path arranged at its periphery for the wick thread, and that the dyeing device is arranged in the region of the guide path of the transport wheel and applies the dye to the wick thread which is guided in an arcuate shape or curved in the guide path of the transport wheel.
A method for producing a chromium coating on an object by trivalent chromium plating, the method comprising the steps of: - depositing a layer of nickel phosphorus alloy (NiP) on the object; - depositing an intermediate layer on the NiP layer, the intermediate layer consisting of another metal or metal alloy or ceramic, wherein the intermediate layer contains copper or an alloy of copper, or wherein the intermediate layer contains molybdenum or an alloy of molybdenum, or wherein the intermediate layer contains inorganic nonmetallic solid selected from the group comprising metal oxides, metal carbides, metal borides, metal nitrides, metal silicides, and mixtures thereof; - depositing a layer of chromium from a trivalent chromium bath on the intermediate layer; and - subjecting the coated object to one or more heat treatments to harden the coating to have a Vickers microhardness of 1000 - 3000 HV and to produce multiphase layers comprising at least one layer containing crystalline Ni and crystalline Ni 3 P and at least one layer containing crystalline Cr, wherein the temperature in the one or more heat treatments is 500 - 1000 °C. - depositing a layer of nickel phosphorus alloy (NiP) on the object; - depositing an intermediate layer on the NiP layer, the intermediate layer consisting of another metal or metal alloy or ceramic, wherein the intermediate layer contains copper or an alloy of copper, or wherein the intermediate layer contains molybdenum or an alloy of molybdenum, or wherein the intermediate layer contains inorganic nonmetallic solid selected from the group comprising metal oxides, metal carbides, metal borides, metal nitrides, metal silicides, and mixtures thereof; wherein the intermediate layer contains copper or an alloy of copper, or wherein the intermediate layer contains molybdenum or an alloy of molybdenum, or wherein the intermediate layer contains inorganic nonmetallic solid selected from the group comprising metal oxides, metal carbides, metal borides, metal nitrides, metal silicides, and mixtures thereof; - depositing a layer of chromium from a trivalent chromium bath on the intermediate layer; and - subjecting the coated object to one or more heat treatments to harden the coating to have a Vickers microhardness of 1000 - 3000 HV and to produce multiphase layers comprising at least one layer containing crystalline Ni and crystalline Ni 3 P and at least one layer containing crystalline Cr, wherein the temperature in the one or more heat treatments is 500 - 1000 °C.
A method of wireless communication at a user equipment, comprising: receiving discovery resource information from a base station; determining at least one of a downlink signal-to-interference-plus-noise ratio (SINR), an uplink interference, or an uplink pathloss; deriving synchronization information from a macro network; refraining from sending a synchronization signal; sending a discovery signal based on the discovery resource information, wherein the discovery signal comprises the determined at least one of the downlink SINR, the uplink interference, or the uplink pathloss, and wherein the discovery signal does not include synchronization information; and receiving from at least one user equipment a request for relaying with the base station based on the discovery signal. receiving discovery resource information from a base station; determining at least one of a downlink signal-to-interference-plus-noise ratio (SINR), an uplink interference, or an uplink pathloss; deriving synchronization information from a macro network; refraining from sending a synchronization signal; sending a discovery signal based on the discovery resource information, wherein the discovery signal comprises the determined at least one of the downlink SINR, the uplink interference, or the uplink pathloss, and wherein the discovery signal does not include synchronization information; and receiving from at least one user equipment a request for relaying with the base station based on the discovery signal.
A feeding unit for feeding beads comprising a supply channel for feeding a stream of beads, a transferring wheel provided with at least one transferring pocket, a pushing mechanism comprising a holding pocket for receiving the beads from the supply channel, a transferring channel, and a pushing element for transferring the beads individually from the holding pocket via the transferring channel to the transferring wheel, characterised in that the pushing element having a pushing edge is a rotatable element with a horizontal rotational axis (n), the pushing edge being arranged for passing during the rotation through the holding pocket and the transferring channel in order to push the bead out of the holding pocket through the transferring channel to the transferring pocket. a supply channel for feeding a stream of beads, a transferring wheel provided with at least one transferring pocket, a pushing mechanism comprising a holding pocket for receiving the beads from the supply channel, a transferring channel, and a pushing element for transferring the beads individually from the holding pocket via the transferring channel to the transferring wheel, characterised in that the pushing element having a pushing edge is a rotatable element with a horizontal rotational axis (n), the pushing edge being arranged for passing during the rotation through the holding pocket and the transferring channel in order to push the bead out of the holding pocket through the transferring channel to the transferring pocket.
Use of Osteomodulin protein or fragment of osteomodulin protein in in-vitro prognosis and/or diagnosis of osteoarthritis and/or subchondral bone sclerosis of mammals, preferably human individuals wherein full-length osteomodulin protein is having the amino acid sequence shown in SEQ ID NO: 1, wherein osteomodulin protein is a protein represented by the amino acid positions 1-421 or by the amino acid positions 21-421 of SEQ ID NO: 1; and wherein said fragment is selected from the group consisting of a) and b) a) OMD-, b) OMD-. a) OMD-, b) OMD-.
An information processing device comprising a combining unit configured to stepwisely combine output signals relating to a plurality of inertial sensors, wherein the combining unit clusters a plurality of the output signals into a plurality of clusters and stepwisely combines the output signals in each of the clusters, at least one of the clusters including a plurality of the output signals, characterized in that the combining unit dynamically determines a number of step levels relating to combining of the output signals, and, for each of the clusters, a number of the output signals included in each of the clusters in a same step level, and wherein the information processing device further comprises a processing control unit configured to control, on a basis of usage of the output signals and on a basis of allowable accuracy relating to the output signals, combining of the output signals by the combining unit, and wherein the combining unit dynamically determines, with the help of a machine learning technique, the combinations of the output signals. a combining unit configured to stepwisely combine output signals relating to a plurality of inertial sensors, wherein the combining unit clusters a plurality of the output signals into a plurality of clusters and stepwisely combines the output signals in each of the clusters, at least one of the clusters including a plurality of the output signals, characterized in that the combining unit dynamically determines a number of step levels relating to combining of the output signals, and, for each of the clusters, a number of the output signals included in each of the clusters in a same step level, and wherein the information processing device further comprises a processing control unit configured to control, on a basis of usage of the output signals and on a basis of allowable accuracy relating to the output signals, combining of the output signals by the combining unit, and wherein the combining unit dynamically determines, with the help of a machine learning technique, the combinations of the output signals.
Belt for a machine for producing web material, in particular paper or board, comprising a carrier structure and, on a web-material contact side of the carrier structure, fibre material (20, 22, 24, 26) containing polymer material, in particular containing thermoplastic polyurethane material, which, together with fibres of the fibre material (20, 22, 24, 26), forms a composite structure that is permeable to fluid in that the polymer material only partially fills and/or bridges cavities formed between fibres of the fibre material (20, 22, 24, 26), and a majority of the polymer material is provided in a volume region close to a web-material contact surface of the fibre material (20, 22, 24, 26), characterized in that at least 80% of the polymer material is provided in a depth range of 20% of the fibre material (20, 22, 24, 26) starting from the web-material contact surface.
Method for determining a current distance and/or a current speed of a target object relative to a motor vehicle based on at least one image of the target object, wherein the image is provided by means of a camera (3, 4, 5, 6) of the motor vehicle, wherein characteristic features of the target object are extracted from the image and a reference point associated with the target object is determined based on the characteristic features for determining the distance and/or the speed, and wherein the distance and/or the speed are determined based on the reference point, characterized in that based on the characteristic features, a baseline as a straight line is determined in the image, which is in a transition area from the depicted target object to a ground surface depicted in the image, and a point located on the baseline is determined as the reference point while the baseline is defined with an orientation (α), which corresponds to a direction of movement of the target object over a sequence of images and/or to a main extension direction of a roadway detected in the image and the characteristic features of the target object are tracked over a sequence of images and herein respective optical flow vectors are determined for each of the characteristic features, the directional values of which characterize a direction of movement of the respective feature over the sequence, wherein the orientation (α) of the baseline is determined depending on the directional values of the optical flow vectors.
A locking plate unit adapted to be attached to a structure, the locking plate unit comprising a locking plate; a first fastener and a second fastener (30"), each fastener (30', 30") comprising a hexagonal portion (32', 32"), wherein the locking plate comprises a first end section; a second end section (22") and a centre section between the two end sections (22', 22"), wherein the centre section of the locking plate is arranged between the hexagonal portions (32', 32") of the fasteners (30', 30") to counter a rotational torque applied on any of the fasteners (30', 30"), to prevent rotation of the fasteners (30', 30"), wherein the first end section consists of a first arm portion partly surrounding the circumference of the hexagonal portion of the first fastener and the second end section (22") consists of a second arm portion (26") partly surrounding the circumference of the hexagonal portion (32") of the second fastener (30"), wherein the hexagonal portion (32', 32") of each fastener (30', 30") has a first side (34', 34"), a second side (36', 36") adjoining the first side (34', 34") and a third side (38', 38") adjoining the second side (36', 36"), wherein the first side (34', 34") is arranged adjacent, and in parallel with, a short side of the centre section, wherein the first arm portion and the second arm portion (26") extends along the second side (36', 36"), characterized in that the first arm portion and the second arm portion (26") extends along at least a part of the third side (38', 38") of the respective hexagonal portion (32', 32"), wherein the fasteners (30', 30") are adhered to the locking plate by welding at a first adhesion point between the hexagonal portion of the first fastener and the first end section of the locking plate and at a second adhesion point (50") between the hexagonal portion (32") of the second fastener (30") and the second end section (22") of the locking plate, wherein the first adhesion point is positioned between the first arm portion and the third side of the hexagonal portion of the first fastener and the second adhesion point (50") is positioned between the second arm portion (26") and the third side (38") of the hexagonal portion (32") of the second fastener (30").
A fixation assembly for securing parts of a sternum, the assembly comprising: a first section having a first attachment structure for securing the first section to a first sternum part; a second section having a second attachment structure for securing the second section to a second sternum part; a mating arrangement defining a mating direction and a predetermined relative position between the first and second sections (12, 14) in a plane perpendicular to the mating direction; at least one holding member for detachably holding the first and second sections (12, 14) in an abutting relationship in the predetermined relative position whereby the at least one holding member is configured to be able to be cut open with a surgical tool; at least one depression or aperture associated with the at least one holding member for facilitating access with a surgical tool to cut open the at least one holding member when holding the first and second sections (12, 14), wherein each of the at least one holding member is directed substantially in the mating direction. a first section having a first attachment structure for securing the first section to a first sternum part; a second section having a second attachment structure for securing the second section to a second sternum part; a mating arrangement defining a mating direction and a predetermined relative position between the first and second sections (12, 14) in a plane perpendicular to the mating direction; at least one holding member for detachably holding the first and second sections (12, 14) in an abutting relationship in the predetermined relative position whereby the at least one holding member is configured to be able to be cut open with a surgical tool; at least one depression or aperture associated with the at least one holding member for facilitating access with a surgical tool to cut open the at least one holding member when holding the first and second sections (12, 14), wherein each of the at least one holding member is directed substantially in the mating direction.