mhurhangee/ep-ind-claims huggingface dataset:
Battery pack which can be connected to a hand-held power tool in order to supply the hand-held power tool with electrical energy, comprising: at least two battery cells and/or battery cell blocks connected in series, an electronic unit with a printed circuit board which is connected to the battery cells via the conductor plates, wherein the conductor plates are provided for the electrical connection of the battery cells and/or battery cell blocks connected in series and are connected directly to the printed circuit board both electrically and mechanically via a connecting element, wherein the longitudinal axes of the battery cells extend in a direction parallel to the printed circuit board, and wherein the electronic unit is designed to monitor the state of charge via the voltage of the individual battery cells; and a cell carrier, by which the battery cells are supported and separated by the latter in such a way that the battery cells do not come into contact with one another, wherein the cell carrier has recesses in the region of the terminals of the battery cells accommodated for establishing the electrical connection of the battery cells with contact regions of the conductor plates; and wherein the electronic unit is arranged with the printed circuit board on the cell carrier and is mounted on the cell carrier. at least two battery cells and/or battery cell blocks connected in series, an electronic unit with a printed circuit board which is connected to the battery cells via the conductor plates, wherein the conductor plates are provided for the electrical connection of the battery cells and/or battery cell blocks connected in series and are connected directly to the printed circuit board both electrically and mechanically via a connecting element, wherein the longitudinal axes of the battery cells extend in a direction parallel to the printed circuit board, and wherein the electronic unit is designed to monitor the state of charge via the voltage of the individual battery cells; and a cell carrier, by which the battery cells are supported and separated by the latter in such a way that the battery cells do not come into contact with one another, wherein the cell carrier has recesses in the region of the terminals of the battery cells accommodated for establishing the electrical connection of the battery cells with contact regions of the conductor plates; and wherein the electronic unit is arranged with the printed circuit board on the cell carrier and is mounted on the cell carrier.
Method for treating laundry items, wherein the laundry items are at least washed, dried, mangled, folded and stacked, wherein laundry items to be mangled are at least washed, dried, mangled and folded unsorted, characterized in that before mangling and/or folding, an identification is made of the individual laundry items, the laundry items are identified by contactless read-out of data carriers of the laundry items and/or the determination of the type, size, colour, pattern and/or weave style of each individual laundry item by means of at least one imaging device, all laundry items are identified at least with regard to their folding and stacking criteria and/or recipients before folding, each laundry item is folded according to the individual folding criterion, and then laundry items with the same stacking criteria are sorted and stacked on at least one stack for laundry items with the same stacking criteria.
A method comprising: capturing, at a forward-facing camera associated with an augmented reality head-mounted display, images coming from a portion of a first screen; responsively determining that the captured images comprise a first portion of three-dimensional (3-D) content as displayed on the first screen as alternating images of a stereoscopic image sequence, the first portion of 3-D content being related to an AR presentation; detecting a frequency of the captured images by analyzing sequential images of the captured images; and shuttering, at the detected frequency, the AR HMD in synchronization with the images of the stereoscopic image sequence while also presenting left-eye imagery of a second portion of content in a portion of the AR HMD associated with the left-eye display, and right-eye imagery of the second portion of content in a portion of the AR HMD associated with the right-eye display. capturing, at a forward-facing camera associated with an augmented reality head-mounted display, images coming from a portion of a first screen; responsively determining that the captured images comprise a first portion of three-dimensional (3-D) content as displayed on the first screen as alternating images of a stereoscopic image sequence, the first portion of 3-D content being related to an AR presentation; detecting a frequency of the captured images by analyzing sequential images of the captured images; and shuttering, at the detected frequency, the AR HMD in synchronization with the images of the stereoscopic image sequence while also presenting left-eye imagery of a second portion of content in a portion of the AR HMD associated with the left-eye display, and right-eye imagery of the second portion of content in a portion of the AR HMD associated with the right-eye display.
A self-fitting device for location in an ear canal, comprising: (i) a body having a body ear end and an opposite body user end; (ii) a resilient bladder joined with the body ear end and a chamber defined inside the resilient bladder; (iii) an elongate plunger having a plunger user end and an opposite plunger ear end in communication with the chamber; (iv) the resilient bladder is deformable between an at-rest position and an in-ear position, such that the resilient bladder has a first cross-sectional area in the at-rest position and a second cross-sectional area in the in-ear position, wherein the first cross-sectional area is greater than the second cross-sectional area; (v) the elongate plunger is adapted to actuate between the at-rest position and an insertion position to assist the resilient bladder to be deformed into the in-ear position wherein the plunger actuates to engage the resilient bladder in the insertion position and actuates to separate from the resilient bladder in the in-ear position; and (vi) the device is characterized in that the body includes a shaft which extends from the body ear end to the body user end and is in communication with the chamber and the plunger is located in the shaft, the plunger user end extending out of the shaft and away from the body ear end. (i) a body having a body ear end and an opposite body user end; (ii) a resilient bladder joined with the body ear end and a chamber defined inside the resilient bladder; (iii) an elongate plunger having a plunger user end and an opposite plunger ear end in communication with the chamber; (iv) the resilient bladder is deformable between an at-rest position and an in-ear position, such that the resilient bladder has a first cross-sectional area in the at-rest position and a second cross-sectional area in the in-ear position, wherein the first cross-sectional area is greater than the second cross-sectional area; (v) the elongate plunger is adapted to actuate between the at-rest position and an insertion position to assist the resilient bladder to be deformed into the in-ear position wherein the plunger actuates to engage the resilient bladder in the insertion position and actuates to separate from the resilient bladder in the in-ear position; and (vi) the device is characterized in that the body includes a shaft which extends from the body ear end to the body user end and is in communication with the chamber and the plunger is located in the shaft, the plunger user end extending out of the shaft and away from the body ear end.
A method of producing a rope for net or rope climbing game groups having strength against unwinding and stripping, by using induction technique during production, characterized by comprising the operation steps of: forming a braided rope (2.1) by braiding the outer surfaces of more than one conductive wires (2.3) with a petrol-derivative material, forming a rope by winding said more than one braided ropes (2.1) over at least one core rope (2.2), heating the conductive wire (2.3) via current by inserting the rope into an induction machine, the petrol-derivative material wound around the conductive wire (2.3) that is exposed to heat melts down and thus fuses with the conductive wire (2.3) and an integral structure is formed.
Stylographic pen provided with a steel pen nib, an aeration hole, a slit, a tip and at least one plate made of noble metals or metallic alloys, preferably gold, characterized in that said noble-metals or metallic alloys plate is placed in proximity to the aeration hole and heated by means of an electric circuit, inside the stylographic pen and comprises at least one resistor and one power supply battery placed in a body of said stylographic pen, said battery being replaceable or rechargeable or recharged and/or power-supplied by at least one photovoltaic cell placed on the outer surface of said stylographic pen.
A wireless transmit/receive unit, WTRU, in communication with a communication network, the WTRU comprising: a memory (130, 132); a processor, the processor configured at least to: determine to request one or more system information, SI, messages from the communication network; and determine if a transmission of the one or more SI message from the communication network will utilize at least one beamformed communication based on one or more communication parameters, wherein the one or more communication parameters include a frequency band of the transmission or a quality of a downlink signal; and a transceiver, the transceiver configured at least to: receive at least one of the one or more SI messages from the communication network via the at least one beamformed communication. a memory (130, 132); a processor, the processor configured at least to: determine to request one or more system information, SI, messages from the communication network; and determine if a transmission of the one or more SI message from the communication network will utilize at least one beamformed communication based on one or more communication parameters, wherein the one or more communication parameters include a frequency band of the transmission or a quality of a downlink signal; and a transceiver, the transceiver configured at least to: receive at least one of the one or more SI messages from the communication network via the at least one beamformed communication. determine to request one or more system information, SI, messages from the communication network; and determine if a transmission of the one or more SI message from the communication network will utilize at least one beamformed communication based on one or more communication parameters, wherein the one or more communication parameters include a frequency band of the transmission or a quality of a downlink signal; and a transceiver, the transceiver configured at least to: receive at least one of the one or more SI messages from the communication network via the at least one beamformed communication.
Process for embossing a film comprising plasticized polyvinyl acetal with a roughness Rz on at least one surfaces of 20 to 100 μm by the process steps of a. extrusion of plasticised polyvinyl acetal to a film with a stochastic roughness of the surfaces of Rz = 1 to 70 μm, b. embossing of at least one surface of the film obtained in step a) with channels having a depth of 5 - 50 μm, a width of 10 - 200 μm and a pitch of 50 - 2500 μm, wherein c. the surface roughness of the elevations between the channels is at most 20% lower as obtained in step a). a. extrusion of plasticised polyvinyl acetal to a film with a stochastic roughness of the surfaces of Rz = 1 to 70 μm, b. embossing of at least one surface of the film obtained in step a) with channels having a depth of 5 - 50 μm, a width of 10 - 200 μm and a pitch of 50 - 2500 μm, wherein c. the surface roughness of the elevations between the channels is at most 20% lower as obtained in step a).
A system for providing navigation route for an on-demand service, comprising: at least one computer-readable storage medium including a set of instructions; and at least one processor configured to communicate with the at least one computer-readable storage medium, wherein when executing the set of instructions, the system is directed to: receive a service order from a service requestor, wherein the service order is an online transportation service request order and comprises a departure location and a destination; obtain a location of a service provider accepting the service order; generate one or more candidate navigation routes based on the service order and the location of the service provider, wherein the one or more candidate navigation routes include a passenger pick-up navigation route between the location of the service provider and the departure location; send the one or more candidate navigation routes to the service requestor; obtain a candidate navigation route selected by the service requestor from the one or more candidate navigation routes; send the selected candidate navigation route to the service provider. at least one computer-readable storage medium including a set of instructions; and at least one processor configured to communicate with the at least one computer-readable storage medium, wherein when executing the set of instructions, the system is directed to: receive a service order from a service requestor, wherein the service order is an online transportation service request order and comprises a departure location and a destination; obtain a location of a service provider accepting the service order; generate one or more candidate navigation routes based on the service order and the location of the service provider, wherein the one or more candidate navigation routes include a passenger pick-up navigation route between the location of the service provider and the departure location; send the one or more candidate navigation routes to the service requestor; obtain a candidate navigation route selected by the service requestor from the one or more candidate navigation routes; send the selected candidate navigation route to the service provider. receive a service order from a service requestor, wherein the service order is an online transportation service request order and comprises a departure location and a destination; obtain a location of a service provider accepting the service order; generate one or more candidate navigation routes based on the service order and the location of the service provider, wherein the one or more candidate navigation routes include a passenger pick-up navigation route between the location of the service provider and the departure location; send the one or more candidate navigation routes to the service requestor; obtain a candidate navigation route selected by the service requestor from the one or more candidate navigation routes; send the selected candidate navigation route to the service provider.
An image processing apparatus capable of reducing coloring of specular reflection light as observed comprehensively comprising: conversion means configured to convert image data corresponding to a pixel of interest in an image into color material data corresponding to an amount of a chromatic color material; input means configured to input a clear material pattern including a plurality of pieces of material data respectively corresponding to a plurality of different amounts of the clear material; and generation means configured to generate material data corresponding to an amount of a clear material at the pixel of interest in such a manner that the amount of the clear material at the pixel of interest is different from the amount of the clear material at a pixel adjacent to the pixel of interest, wherein the generation means calculates the material data corresponding to an amount of the clear material at the pixel of interest based on the clear material pattern, wherein the clear material pattern is such a combination that coloring phenomena of specular reflection light on a recording medium, which respectively result from the plurality of different material amounts of the clear material, cancel each other out, and wherein the coloring of specular reflection light as observed comprehensively refers to coloring averaged in a scope that humans can resolve coloring of specular reflection light. conversion means configured to convert image data corresponding to a pixel of interest in an image into color material data corresponding to an amount of a chromatic color material; input means configured to input a clear material pattern including a plurality of pieces of material data respectively corresponding to a plurality of different amounts of the clear material; and generation means configured to generate material data corresponding to an amount of a clear material at the pixel of interest in such a manner that the amount of the clear material at the pixel of interest is different from the amount of the clear material at a pixel adjacent to the pixel of interest, wherein the generation means calculates the material data corresponding to an amount of the clear material at the pixel of interest based on the clear material pattern, wherein the clear material pattern is such a combination that coloring phenomena of specular reflection light on a recording medium, which respectively result from the plurality of different material amounts of the clear material, cancel each other out, and wherein the coloring of specular reflection light as observed comprehensively refers to coloring averaged in a scope that humans can resolve coloring of specular reflection light.
A coating composition in a powder state for cooking utensils or kitchen supplies, comprising: an aromatic polyether ketone resin; and at least one heat-resistant resin selected from the group consisting of a polyamide-based resin and a polyimide-based resin, the aromatic polyether ketone resin and the heat-resistant resin giving a mass ratio (aromatic polyether ketone resin/heat-resistant resin) of 1/99 to 50/50, the coating composition being intended for direct application to a substrate containing a metal or a non-metal inorganic material. an aromatic polyether ketone resin; and at least one heat-resistant resin selected from the group consisting of a polyamide-based resin and a polyimide-based resin, the aromatic polyether ketone resin and the heat-resistant resin giving a mass ratio (aromatic polyether ketone resin/heat-resistant resin) of 1/99 to 50/50, the coating composition being intended for direct application to a substrate containing a metal or a non-metal inorganic material.
An automated method for continuously producing homogeneous uniform-size thin flake or powder material comprising the steps of: continuously feeding measured amounts of precursor powders by fast refill volumetric feeders followed by gravimetric feeders into a continuous blender; continuously blending said precursor powders by means of a ribbon type blender until a homogeneous dry powder mixture is obtained; continuously adding said homogeneous dry powder mixture to a high-temperature melting tank through an air-cooled inlet sleeve using a screw type auger feeder; heating said powder mixture in said melting tank so that it melts, forming a eutectic melt; supporting said melting tank with load cells and continuously monitoring tank weight and controlling powder feed rate to maintain a specified head pressure in, and prevent overfilling of, said melting tank; cooling said eutectic melt by dripping said melt from said melting tank onto a rotating water-cooled cylinder; and removing the cooled uniform size flakes of material from said rotating cylinder. continuously feeding measured amounts of precursor powders by fast refill volumetric feeders followed by gravimetric feeders into a continuous blender; continuously blending said precursor powders by means of a ribbon type blender until a homogeneous dry powder mixture is obtained; continuously adding said homogeneous dry powder mixture to a high-temperature melting tank through an air-cooled inlet sleeve using a screw type auger feeder; heating said powder mixture in said melting tank so that it melts, forming a eutectic melt; supporting said melting tank with load cells and continuously monitoring tank weight and controlling powder feed rate to maintain a specified head pressure in, and prevent overfilling of, said melting tank; cooling said eutectic melt by dripping said melt from said melting tank onto a rotating water-cooled cylinder; and removing the cooled uniform size flakes of material from said rotating cylinder.
An inflatable shock-absorbing sole structure, comprising a sole and at least one convex arranged in the sole, wherein an airbag room is formed in the convex, and an airbag is arranged in the airbag room, the airbag room and the airbag are stretchable and compressible, the shock-absorbing sole structure further comprises a built-in air-charging device, characterised in that when the air pressure in the airbag is insufficient and the airbag needs to be inflated, the airbag is inflated through the built-in air-charging device, there are multiple convexes, every two convexes are arranged in a row along the left-to-right direction of the sole, and airbags in every two convexes in each row are connected by a connecting tube.
A touch panel comprising a sheet-like first pyroelectric material and a sheet-like second pyroelectric materials-, and capable of detecting press pressure applied to the first pyroelectric material and/or second pyroelectric material; wherein an upper surface of the first pyroelectric material and an upper surface of the second pyroelectric material are surfaces on which a first polar charge is generated when the temperature increases, and a second polar charge opposite to the first polar charge is generated when the temperature decreases; a lower surface of the first pyroelectric material and a lower surface of the second pyroelectric material are surfaces on which the second polar charge is generated when the temperature increases, and the first polar charge is generated when the temperature decreases; an electrode disposed on the upper surface of the first pyroelectric material and an electrode disposed on the lower surface of the second pyroelectric material are electrically connected to each other; an electrode disposed on the lower surface of the first pyroelectric material and an electrode disposed on the upper surface of the second pyroelectric material are electrically connected to each other; the first pyroelectric material and the second pyroelectric material are laminated so that the lower surface of the first pyroelectric material and the upper surface of the second pyroelectric material are laminated via an intermediate conductive layer; and when a touch operation is performed on the touch panel, compressive force acts on the first pyroelectric material and a tensile force acts on the second pyroelectric material.
A dental bridge intermediary structure; comprising a superstructure, said superstructure comprising seats for connection to dental implants and screw channels for screw retaining the superstructure to dental implants, wherein screw member seats are located in the bottom of the screw channels; and a connection piece, wherein the connection piece comprises connection means for connecting the dental bridge intermediary structure to a cutter, and reference means for positioning of the superstructure in the cutter.