mhurhangee/ep-ind-claims huggingface dataset:
Toothed wheel machine having a housing for accommodating two intermeshing toothed wheels (10, 12), in particular helically toothed wheels, which are supported in a sliding manner axially by axial surfaces (30, 32, 34, 36) between bearing bodies (26, 28) accommodated in the housing and radially by respective bearing shafts (8, 16) accommodated in the bearing bodies (26, 28), in which an axial force component (47, 49) of a force resulting from hydraulic and mechanical forces arising during operation of the toothed wheel machine acts on each toothed wheel (10, 12) in the same axial direction, characterized in that a counter-force against the respective axial force component (47, 49) is applied to the toothed wheels (10, 12) and/or bearing shafts (8, 16), the magnitude of each counter-force being less than that of the respective axial force component (47, 49).
An inorganic material film for a photomask blank formed by sputtering and composed of a chromium-containing material, the inorganic material film comprising a light-shielding layer having electrical conductivity, characterized in that the light-shielding layer contains 0.1 atomic percent or higher but no higher than 11.5 atomic percent of tin and no higher than 15 atomic percent of oxygen, and wherein the inorganic material film has an arithmetic average roughness (Ra) of 1.0 nm or lower.
A binding machine comprising: - a feeding and tensioning device for feeding an elongated binding element in the form of a wire or strap in a loop around a space configured for receiving one or more objects to be bound and subsequently retracting the binding element to draw it tightly around one or more objects received in said space; - a gripping arrangement for gripping and locking a first binding element section at the leading end of the binding element after the feeding of the binding element in a loop around said space; - a joining device for forming a joint between said first binding element section and an adjoining second binding element section at the trailing end of a piece of the binding element arranged in a loop in or around said space to thereby form a closed loop of this piece of the binding element; and - an electronic control device, characterized in that the electronic control device is configured to control the feeding and tensioning device to exert a tensile force on the binding element after the formation of said joint in order to subject the joint to a tensile test and thereby check the strength of the joint, wherein the gripping arrangement during said tensile test is configured to keep the first binding element section secured in fixed position by engagement with a part of the first binding element section located between said joint and the leading end of the binding element. - a feeding and tensioning device for feeding an elongated binding element in the form of a wire or strap in a loop around a space configured for receiving one or more objects to be bound and subsequently retracting the binding element to draw it tightly around one or more objects received in said space; - a gripping arrangement for gripping and locking a first binding element section at the leading end of the binding element after the feeding of the binding element in a loop around said space; - a joining device for forming a joint between said first binding element section and an adjoining second binding element section at the trailing end of a piece of the binding element arranged in a loop in or around said space to thereby form a closed loop of this piece of the binding element; and - an electronic control device,
A transmission mode switching method, comprising: when a wireless terminal is in a connected state in which the wireless terminal is configured to: use a dedicated uplink-transmission resource allocated by a network-side device for use in an uplink scheduling-based transmission mode and when an uplink service volume of the wireless terminal within a first detection time is less than a first threshold, switching, by the wireless terminal, a state from the connected state to an ecology conservation optimization which is a connected-inactive state in which the wireless terminal is configured to: use an uplink contention-based transmission mode, wherein a transmission resource used in the uplink contention-based transmission mode is an uplink shared resource, wherein the uplink shared resource is usable by a plurality of wireless terminals in a cell, wherein the switching, by the wireless terminal, a state from the connected state to an ecology conservation optimization comprises: sending, by the wireless terminal, a first switching request message to the network-side device, wherein the first switching request message is used to request the network-side device to switch the state of the wireless terminal from the connected state to the ecology conservation optimization; receiving, by the wireless terminal, a first switching response message sent by the network-side device based on the first switching request message; and switching, by the wireless terminal based on the first switching response message, the state from the connected state to the ecology conservation optimization, wherein the first switching request message comprises information about the uplink service volume of the wireless terminal within the first detection time. sending, by the wireless terminal, a first switching request message to the network-side device, wherein the first switching request message is used to request the network-side device to switch the state of the wireless terminal from the connected state to the ecology conservation optimization; receiving, by the wireless terminal, a first switching response message sent by the network-side device based on the first switching request message; and switching, by the wireless terminal based on the first switching response message, the state from the connected state to the ecology conservation optimization, wherein the first switching request message comprises information about the uplink service volume of the wireless terminal within the first detection time.
Power unit having a casing in which is received at least one electronic power module, preferably a plurality of power modules, positioned on a plane of the casing, the or each electronic power module comprising at least one electronic power component, and being connected to at least one electronic control board via at least one connection element, said unit comprising at least one member (7, 8) supporting the at least one electronic control board facing the power module on at least one extent of the board, and characterized in that the support member is a beam (7, 8) substantially parallel to said plane of the casing.
A pharmaceutical composition comprising an extracellular matrix hydrogel, wherein the ECM hydrogel has the following characteristics: a) a time to 50% gelation of less than 30 minutes at a temperature of about 37°C; b) a flow viscosity suitable for infusion into the organ; and c) a stiffness of about 10 to about 400 Pascal (Pa); for use in inhibiting inflammation caused by dissecting a mucosa and a submucosa from a muscularis propria in the region of an organ of a subject, wherein the organ is not the esophagus, and wherein the pharmaceutical composition is for injecting submucosally into the organ of the subject to form a cushion between the submucosa and the underlying muscularis propria at the region of the organ. a) a time to 50% gelation of less than 30 minutes at a temperature of about 37°C; b) a flow viscosity suitable for infusion into the organ; and c) a stiffness of about 10 to about 400 Pascal (Pa);
A method for processing input fingerprint information, comprising: identifying, when scanning that fingerprint information is input, whether a fingerprint template matching with the input fingerprint information is presented in a fingerprint database, wherein the fingerprint database comprises a plurality of pre-registered fingerprint templates; and performing, upon identifying that a fingerprint template matching with the fingerprint information is presented in the fingerprint database, a predetermined associated operation according to a combination of the fingerprint information and a holding manner of a current mobile terminal; wherein whether the holding manner of the mobile terminal is a lateral holding manner or a lengthways holding manner is determined according to information detected by an acceleration sensor or a gravity sensor of the mobile terminal. identifying, when scanning that fingerprint information is input, whether a fingerprint template matching with the input fingerprint information is presented in a fingerprint database, wherein the fingerprint database comprises a plurality of pre-registered fingerprint templates; and performing, upon identifying that a fingerprint template matching with the fingerprint information is presented in the fingerprint database, a predetermined associated operation according to a combination of the fingerprint information and a holding manner of a current mobile terminal; wherein whether the holding manner of the mobile terminal is a lateral holding manner or a lengthways holding manner is determined according to information detected by an acceleration sensor or a gravity sensor of the mobile terminal.
Catheter forceps for extracting a tissue sample, comprising: a catheter; a sampling chamber positioned at a distal end of said catheter and having a movable cover; and an actuation mechanism (22, 24) for actuating said movable cover characterized in that said movable cover is actuated to an opened position in response to a supply of a fluid inside an actuation chamber of said actuation mechanism (22, 24), wherein said actuation chamber both supplies a vacuum to the sampling chamber to draw a tissue sample into the chamber and moves said actuation mechanism (22, 24) to close the movable cover in response to a supply of a vacuum inside said actuation chamber. a catheter; a sampling chamber positioned at a distal end of said catheter and having a movable cover; and an actuation mechanism (22, 24) for actuating said movable cover characterized in that said movable cover is actuated to an opened position in response to a supply of a fluid inside an actuation chamber of said actuation mechanism (22, 24), wherein said actuation chamber both supplies a vacuum to the sampling chamber to draw a tissue sample into the chamber and moves said actuation mechanism (22, 24) to close the movable cover in response to a supply of a vacuum inside said actuation chamber.
A method for monitoring a food product vessel, the food product being an alcoholic beverage and the vessel being a bottle plugged by a plug pressed into a bottleneck, the method comprising the steps of: (a) Associating a monitoring equipment comprising at least one sensor of a physical quantity to said vessel, and being characterised in that it comprises the steps of: (a') Transmitting descriptive data of said vessel to a server from a mobile terminal; (b) The server periodically receiving data acquired by the at least one sensor; (c) According to said data acquired by the at least one sensor and the descriptive data of said vessel, generating and emitting a notification to the mobile terminal; wherein the association of the monitoring equipment to said vessel comprises the physical mounting of said monitoring equipment on the vessel, the monitoring equipment having a substantially cylindrical shape and being mounted on the bottleneck of the bottle by clasping the plug, the monitoring equipment having jaws ensuring the locking of the monitoring equipment on the bottle. (a) Associating a monitoring equipment comprising at least one sensor of a physical quantity to said vessel, and being characterised in that it comprises the steps of: (a') Transmitting descriptive data of said vessel to a server from a mobile terminal; (b) The server periodically receiving data acquired by the at least one sensor; (c) According to said data acquired by the at least one sensor and the descriptive data of said vessel, generating and emitting a notification to the mobile terminal;
A concave display unit comprising at least one sheet of foldable and bendable material subdivided by folds and score lines into panels which is folded over and joined together, the display unit comprising a rear left side panel, a front left side panel, a rear right side panel, a front right side panel, a front panel and a rear panel (B1,B2), and where the back of the front panel is partially fixed to the back of the rear panel or to the vertical edges of the back of two half rear panels (B1,B2) either directly or indirectly via a member (G1,G2), characterized in that the display unit is collapsible for transport and expandable for display by means of the rear left side panel wider than the front left side panel and the rear right side panel wider than the front right side panel and the front panel wider than the rear panel (B1,B2), and wherein the display unit is expandable by means of the side panels (L1,L2,R1,R2) being pushed inwards.
An implantable stimulation electrode lead for medical applications, comprising: a coaxial lead structure having an inner lead and an outer lead, which is electrically insulated with respect to the inner lead, and a first and a second electrode (2, 4), which are provided at or near the distal end of the lead structure, wherein the first electrode is arranged at the tip of the lead structure and the second electrode is arranged proximally with respect to the first electrode, wherein the inner lead is routed to the second electrode and the outer lead is routed to the first electrode, characterized in that the implantable stimulation electrode lead comprises means for active fixation, and comprises a transmission element, which is arranged between the inner lead and the first electrode and consists of insulating material, for transmitting force from the inner lead to the first electrode. a coaxial lead structure having an inner lead and an outer lead, which is electrically insulated with respect to the inner lead, and a first and a second electrode (2, 4), which are provided at or near the distal end of the lead structure, wherein the first electrode is arranged at the tip of the lead structure and the second electrode is arranged proximally with respect to the first electrode, wherein the inner lead is routed to the second electrode and the outer lead is routed to the first electrode, characterized in that the implantable stimulation electrode lead comprises means for active fixation, and comprises a transmission element, which is arranged between the inner lead and the first electrode and consists of insulating material, for transmitting force from the inner lead to the first electrode.
A multi-processor system having two or more processors, each processor including: an instruction unit for processing instructions; an instruction cache; an execution unit for operating on data; a data cache; at least one interface to a system bus; logic between the instruction unit and the instruction cache and configured to translate instructions accessed by the instruction unit from the instruction cache; and logic between the execution unit and the data cache and configured to access the data cache and to translate data; wherein translating the instructions, the data, or both uses pseudo-random numbers; wherein the logic configured to translate instructions includes a linear feedback shift register (LFSR) and logic configured to decrypt encoded instructions; and wherein the logic configured to translate data includes code transformation logic configured to decrypt data being accessed by the execution unit and to encrypt data being written to the data cache. an instruction unit for processing instructions; an instruction cache; an execution unit for operating on data; a data cache; at least one interface to a system bus; logic between the instruction unit and the instruction cache and configured to translate instructions accessed by the instruction unit from the instruction cache; and logic between the execution unit and the data cache and configured to access the data cache and to translate data; wherein translating the instructions, the data, or both uses pseudo-random numbers; wherein the logic configured to translate instructions includes a linear feedback shift register (LFSR) and logic configured to decrypt encoded instructions; and wherein the logic configured to translate data includes code transformation logic configured to decrypt data being accessed by the execution unit and to encrypt data being written to the data cache.
A network switch for networked video surveillance applications, the network switch configured or adapted to determine one or more network parameters, create a two-dimensional bitmap consisting of at least one graphical representation corresponding to the one or more network parameters, generate a sequence of image frames consisting of snapshots of the two-dimensional bitmap at a predetermined frame rate, and output a networked video stream consisting of the sequence of image frames.
A synthetic peptide that suppresses proliferation of at least one type of tumor cells, the synthetic peptide comprising both amino acid sequences indicated in following and below: an amino acid sequence composing a signal peptide from a membrane protein programmed cell death-1 (PD-1), or a modified amino acid sequence formed by deletion, substitution or addition of 1, 2, or 3 amino acid residues in the amino acid sequence; and an amino acid sequence functioning as a cell penetrating peptide; wherein the total number of amino acid residues is 100 or less. the synthetic peptide comprising both amino acid sequences indicated in following and below: an amino acid sequence composing a signal peptide from a membrane protein programmed cell death-1 (PD-1), or a modified amino acid sequence formed by deletion, substitution or addition of 1, 2, or 3 amino acid residues in the amino acid sequence; and an amino acid sequence functioning as a cell penetrating peptide; an amino acid sequence composing a signal peptide from a membrane protein programmed cell death-1 (PD-1), or a modified amino acid sequence formed by deletion, substitution or addition of 1, 2, or 3 amino acid residues in the amino acid sequence; and an amino acid sequence functioning as a cell penetrating peptide; wherein the total number of amino acid residues is 100 or less.
A grinding body formed by a cone with a forming curve and a vertex, a base which is part of a sphere, and an edge between the cone and the base, wherein the cone is spheroidal and its forming curve is a part of a circle, wherein a cylinder or a peripheral ring (10, 11, 12) is formed between the cone and the base, wherein a flat spot (3, 7, 8, 6a) is formed on the surface of the grinding body and wherein the curves, forming the cone and the base are different in length and in shape.
Tyre building plant (1; 100) comprising a forming drum and a supply device for supplying an elongated element towards said forming drum, said supply device comprising: - at least one conveyor belt (11; 101) which extends in a supply direction between a loading region, in which said elongated element is loaded on said conveyor belt, and an unloading region, in which said elongated element is unloaded from said conveyor belt, - a motor member which is provided so as to move said at least one conveyor belt between said loading region and said unloading region, - a control unit which is provided to control the loading of said elongated element on said conveyor belt (11; 101) and the movement of said at least one conveyor belt, - at least a first detection element which is fixedly associated with a first portion of said at least one conveyor belt, - a sensor which is fixed and independent with respect to said at least one conveyor belt and which is provided to detect the position of said first portion with respect to said supply device, wherein said control unit is provided to control the loading of said elongated element on said conveyor belt when said first portion is at a predefined reference distance from said loading region. - at least one conveyor belt (11; 101) which extends in a supply direction between a loading region, in which said elongated element is loaded on said conveyor belt, and an unloading region, in which said elongated element is unloaded from said conveyor belt, - a motor member which is provided so as to move said at least one conveyor belt between said loading region and said unloading region, - a control unit which is provided to control the loading of said elongated element on said conveyor belt (11; 101) and the movement of said at least one conveyor belt, - at least a first detection element which is fixedly associated with a first portion of said at least one conveyor belt, - a sensor which is fixed and independent with respect to said at least one conveyor belt and which is provided to detect the position of said first portion with respect to said supply device,
Process of biogas production by anaerobic biodigestion of one or more categories of organic wastes, sent to an accumulation mixer/homogenizer which successively loads an anaerobic biodigester, characterized by: a) sending a fraction equal to times the daily load of the anaerobic biodigester, to one or more acceleration devices in order to speed up the multiplication of autochthon methanogenic bacteria already contained in the organic wastes, wherein said fraction stays in said acceleration device until the final concentration (Cf) of the autochthon methanogenic bacterial streams is equal to times the initial concentration (Ci), and b) redirecting said fraction to the anaerobic biodigester by leaving the acceleration device once a final concentration (Cf) of methanogenic bacteria in the fraction is obtained, and wherein c) successive cycles of duration, of the operations mentioned at a) and b), are repeated, wherein the parameter has a numeric value comprised between 10 -3 to 10 -1 and; wherein is in a range between 10 3 to 10 7 and wherein parameter has a value comprised between 24 and 8 hours. a) sending a fraction equal to times the daily load of the anaerobic biodigester, to one or more acceleration devices in order to speed up the multiplication of autochthon methanogenic bacteria already contained in the organic wastes, wherein said fraction stays in said acceleration device until the final concentration (Cf) of the autochthon methanogenic bacterial streams is equal to times the initial concentration (Ci), and b) redirecting said fraction to the anaerobic biodigester by leaving the acceleration device once a final concentration (Cf) of methanogenic bacteria in the fraction is obtained, and wherein c) successive cycles of duration, of the operations mentioned at a) and b), are repeated, wherein the parameter has a numeric value comprised between 10 -3 to 10 -1 and; wherein is in a range between 10 3 to 10 7 and wherein parameter has a value comprised between 24 and 8 hours.
A method for creating and storing a timepiece identifier for a timepiece having at least one gemstone being part of the timepiece movement, the method comprising: determining one or more characteristics of the at least one gemstone of the timepiece movement; creating the timepiece identifier for the timepiece in dependence upon at least one of the one or more characteristics of the at least one gemstone of the timepiece movement; and storing the timepiece identifier in a database or device. determining one or more characteristics of the at least one gemstone of the timepiece movement; creating the timepiece identifier for the timepiece in dependence upon at least one of the one or more characteristics of the at least one gemstone of the timepiece movement; and storing the timepiece identifier in a database or device.