mhurhangee/ep-ind-claims huggingface dataset:
An imaging apparatus, comprising: an elongated carrier adapted to be inserted through a proximal opening of a gastrointestinal, GI, tract lumen; a piston head, coupled to a distal portion of the carrier, and configured to: be inflated so as to form and maintain a pressure seal with a wall of the GI tract lumen, and be advanced distally through the GI tract in response to pressure from a fluid pressure source; a distal balloon coupled to the carrier distal to the piston head and configured and operable to be inflated so as to dilate the lumen thereby creating a working space; and a control unit, configured and operable to control simultaneously a pressure level within the piston head and a pressure level within the distal balloon, characterized in that said control comprises maintaining a constant level of pressure within the piston head thereby maintaining said pressure seal and continuously cyclically modulating the level of pressure within the distal balloon facilitating the distal advancement of the piston head within the GI tract lumen.
A furniture hinge, comprising a mounting plate being fixable on a cabinet and on which a side part is arranged, and a hinge part being fixable on a furniture door and mounted pivotably on the side part via a support lever and a guide lever, with a linear damper arranged on the side part comprising a housing and a displaceable piston rod being arranged as fluid damper or gas pressure damper and provided to dampen the movement of the hinge part relative to the side part, characterized in that a lever is mounted on the side part, which lever rests on a sliding surface on the linear damper (18, 19) and produces a coupling between the linear damper (18, 19) on the one hand and the guide lever on the other hand.
System for generating a periodic signal on a capacitive surface sensor, the system comprising a device and an apparatus having a capacitive surface sensor, wherein a) the device is a three-dimensional object, the three-dimensional object having a contact surface, wherein an electrically conductive structure is disposed at least on the contact surface of the three-dimensional object b) the capacitive surface sensor has an electrode grid comprising rows and columns, characterized in that the electrically conductive structure and the capacitive surface sensor are arranged such that upon movement of the device relative to the surface sensor along the direction of a row or a column of the electrode grid, a periodic signal is generated which oscillates orthogonally to the movement of the device. a) the device is a three-dimensional object, the three-dimensional object having a contact surface, wherein an electrically conductive structure is disposed at least on the contact surface of the three-dimensional object b) the capacitive surface sensor has an electrode grid comprising rows and columns,
Method for allowing a user access to the visual recordings of a public camera which creates at least one visual recording as a photo or a video at the location at which it is publicly used, wherein the public camera transmits the at least one visual recording to a publicly accessible database by means of a communication unit and the at least one visual recording is stored in the database for retrieval by the user by means of an authentication code which is used by the user to identify himself as authorized, for which purpose the authentication code is transmitted to the database by means of telecommunication, characterized in that the authentication code is formed by a visual authentication recording or on the basis of a visual authentication recording, wherein the authentication recording is a photo or a video, wherein the visual authentication recording is created by the user himself by means of a camera other than the public camera, and the authentication recording is transmitted to the public camera by means of a communication device, and, before transmission to the database, the at least one visual recording and the authentication recording are assigned to one another or the visual recording is encrypted by means of the authentication recording, wherein, at a later time, the user uses the same authentication recording which was transmitted by him to the public camera for this purpose to gain access to the visual recordings transmitted to the database, for which purpose the same authentication recording is transmitted to the database by means of a communication device and the visual recordings assigned to the user are selected from the database via the authentication recording provided on the basis of the assignment or encryption.
A laser welding method comprising: irradiating a welding target with a laser beam so as to form a beam spot that moves relatively with respect to the welding target along a locus having a spiral shape rotating around a rotation center moving in a welding direction; and welding the welding target using the laser beam irradiated with, wherein said irradiating the welding target with the laser beam comprises irradiating the welding target with the laser beam based on an interval coefficient which is a value indicating an overlapping degree of the locus having the spiral shape in the welding direction, characterised in that the interval coefficient is a ratio of a first width in the welding direction within which the beam spot rotates around the rotation center at a moving velocity having a component in the welding direction to a second width in the welding direction within which the beam spot rotates around the rotation center at a moving velocity having a component in a direction opposite to the welding direction. irradiating a welding target with a laser beam so as to form a beam spot that moves relatively with respect to the welding target along a locus having a spiral shape rotating around a rotation center moving in a welding direction; and welding the welding target using the laser beam irradiated with, wherein said irradiating the welding target with the laser beam comprises irradiating the welding target with the laser beam based on an interval coefficient which is a value indicating an overlapping degree of the locus having the spiral shape in the welding direction, characterised in that the interval coefficient is a ratio of a first width in the welding direction within which the beam spot rotates around the rotation center at a moving velocity having a component in the welding direction to a second width in the welding direction within which the beam spot rotates around the rotation center at a moving velocity having a component in a direction opposite to the welding direction.
A method for controlling a rotorcraft rotor comprising: obtaining data from at least one sensor, wherein the data pertains to at least one of the following parameters: temperature, pressure, density, speed, and advance ratio; processing, by a processor, the data to determine an independent rotor phase lag for each of a pitch axis and a roll axis of the rotorcraft through separate phase scheduling of each of the pitch axis and roll axis, wherein the data is processed using at least one table (222a, 222b) that maps values obtained from the at least one sensor to rotor phase lag values; issuing, by the processor, at least one command to one or more actuators to provide for on-axis moments in accordance with the determined rotor phase lag value for each of the axes; and adjusting rotor phasing separately for each of the pitch axis and roll axis as the rotor phasing changes with one or more of the parameters, wherein the at least one command corresponds to a cyclic command associated with a swashplate of the rotorcraft, or the at least one command provides for individual blade control. obtaining data from at least one sensor, wherein the data pertains to at least one of the following parameters: temperature, pressure, density, speed, and advance ratio; processing, by a processor, the data to determine an independent rotor phase lag for each of a pitch axis and a roll axis of the rotorcraft through separate phase scheduling of each of the pitch axis and roll axis, wherein the data is processed using at least one table (222a, 222b) that maps values obtained from the at least one sensor to rotor phase lag values; issuing, by the processor, at least one command to one or more actuators to provide for on-axis moments in accordance with the determined rotor phase lag value for each of the axes; and adjusting rotor phasing separately for each of the pitch axis and roll axis as the rotor phasing changes with one or more of the parameters, wherein the at least one command corresponds to a cyclic command associated with a swashplate of the rotorcraft, or the at least one command provides for individual blade control.
A packing box for shipping and displaying articles packed in the packing box, the packing box comprising - a separation line in a shipping configuration of the packing box, the separation line allowing to separate a separation part from the packing box in the shipping configuration to leave a display part in a display configuration of the packing box; - panels (10, 20, 30, 40, 50) sequentially connected to one another from a first panel to a last panel to define a circumference and sides of the packing box in the shipping configuration; and - flaps (11, 12, 21, 22, 31, 32, 41, 42, 51, 52) connected to the panels at respective opposing first and second flap side flanks (10.1, 10.2, 20.1, 20.2, 30.1, 30.2, 40.1, 40.2, 50.1, 50.2) of the panels, the flaps in cooperation with one another defining further sides of the packing box in the shipping configuration, and adjacent flaps that are connected to adjacent mutually connected panels being attached to one another, wherein the separation line extends from a first separation line end (60.1) associated with a position between adjacent first separation and display flaps (21, 31) of the flaps, which are connected to respective first flap side flanks (20.1, 30.1), to a second separation line end (60.2) associated with a position between adjacent second separation and display flaps (22, 32) of the flaps, which are connected to respective second flap side flanks (20.2, 30.2), the first and second separation flaps (21, 22) being associated with the separation part and the first and second display flaps (31, 32) being associated with the display part, and wherein the first and second separation flaps (21, 22), and the adjacent first and second display flaps (31, 32) are attached to one another, respectively, in a releasable manner, characterized in that the separation line extends through a single panel. - a separation line in a shipping configuration of the packing box, the separation line allowing to separate a separation part from the packing box in the shipping configuration to leave a display part in a display configuration of the packing box; - panels (10, 20, 30, 40, 50) sequentially connected to one another from a first panel to a last panel to define a circumference and sides of the packing box in the shipping configuration; and - flaps (11, 12, 21, 22, 31, 32, 41, 42, 51, 52) connected to the panels at respective opposing first and second flap side flanks (10.1, 10.2, 20.1, 20.2, 30.1, 30.2, 40.1, 40.2, 50.1, 50.2) of the panels, the flaps in cooperation with one another defining further sides of the packing box in the shipping configuration, and adjacent flaps that are connected to adjacent mutually connected panels being attached to one another,
A medical device for administering drug therapy to a user over an extended period of use, said medical device comprising: a pump mechanism for administering a drug to the user; a delivery cannula for infusing said drug transdermally into the user at an infusion site; and a mechanism (108, 108a, 108b) for controlling deployment of the cannula into said user, characterized in that said mechanism comprises a controller and a driver and is configured to automatically move said cannula to a first depth in the user and, after commencing drug infusion, to a second depth in the user when it is determined that the flow of the drug is inhibited. a pump mechanism for administering a drug to the user; a delivery cannula for infusing said drug transdermally into the user at an infusion site; and a mechanism (108, 108a, 108b) for controlling deployment of the cannula into said user, characterized in that said mechanism comprises a controller and a driver and is configured to automatically move said cannula to a first depth in the user and, after commencing drug infusion, to a second depth in the user when it is determined that the flow of the drug is inhibited.
A remotely-managed device configured to operate on a plurality of hierarchical layers, the remotely-managed device comprising: a main information processing section configured to communicate with a managing device, by use of a first layer; and a sub information processing section configured to manage, on a second layer being an upper layer than the first layer, an application (67, 68, 69) operating by use of the second layer, wherein the main information processing section receives instruction information from the managing device in accordance with CWMP, CPE WAN Management Protocol, and outputs the received instruction information to the sub information processing section, and the sub information processing section manages the application based on the instruction information received from the main information processing section. a main information processing section configured to communicate with a managing device, by use of a first layer; and a sub information processing section configured to manage, on a second layer being an upper layer than the first layer, an application (67, 68, 69) operating by use of the second layer, wherein the main information processing section receives instruction information from the managing device in accordance with CWMP, CPE WAN Management Protocol, and outputs the received instruction information to the sub information processing section, and the sub information processing section manages the application based on the instruction information received from the main information processing section.
A method for treating a product, in particular a highly viscous, pasty product, with at least one rotating shaft (3, 11) in a product space, wherein a drive axle of the shaft is mounted and sealed outside the product space in a housing consisting of a plurality of parts (7, 8, 12) and the sealing is effected by at least two seals (2, 4), wherein a dynamic seal follows an eccentric movement of the shaft and takes over dynamic sealing of the rotating shaft, while another seal compensates for an eccentric movement of the shaft relative to the housing by plastic or elastic deformation and thus prevents a leak between the housing part which moves eccentrically and a rigid housing, characterised in that in the case of vacuum operation a defined quantity of liquid which acts as a blocking and lubricating medium for the dynamic seal of the shaft towards the housing part is charged to the dynamic seal from the outside, which medium apart from a residual excess is drawn into the dynamic seal by the vacuum therein and thereby forms an effective blocking and seal, whereas in the case of pressure operation the blocking and lubricating liquid is introduced between the dynamic seal and the other seal.
A computer-readable medium encoded with computer-executable instructions to perform a method of processing a memory access request, the method comprising: receiving a request to access a memory, said request identifying a page of memory to be accessed through an identifier that is translatable through an address translation map; determining (604, 608), based on cached information about said address translation map, whether execution of said request will violate a policy that limits access to said memory, wherein compliance with said policy is determined based on the page's membership in a set of memory locations that are not allowed to be accessed under the policy, wherein said cached information includes a proper superset of said set, and wherein said act of determining whether execution of said request will violate said policy comprises evaluating whether said page is a member of said superset; if execution of said request will not violate said policy, then allowing access to said memory in accordance with said request; and if execution of said request will violate said policy, then blocking said request. receiving a request to access a memory, said request identifying a page of memory to be accessed through an identifier that is translatable through an address translation map; determining (604, 608), based on cached information about said address translation map, whether execution of said request will violate a policy that limits access to said memory, wherein compliance with said policy is determined based on the page's membership in a set of memory locations that are not allowed to be accessed under the policy, wherein said cached information includes a proper superset of said set, and wherein said act of determining whether execution of said request will violate said policy comprises evaluating whether said page is a member of said superset; if execution of said request will not violate said policy, then allowing access to said memory in accordance with said request; and if execution of said request will violate said policy, then blocking said request.
An optical glass including, in weight percent: 15% to 28% of SiO 2; 13% to 31% of B 2 O 3; 4% to 27% of Al 2 O 3; 0% to 19% of Ta 2 O 5; 0% to 10% of ZrO 2; 0% to 10% of Nb 2 O 5; 0% to 5% of Li 2 O; 0% to 5% of MgO; and 0% to 7% of K 2 O; wherein Ta 2 O 5 + Nb 2 O 5 + ZrO 2 ≥ 7.1%; and having optical constants including a refractive index n d between 1.54 and less than 1.61 and an Abbe number v d in the range of 50 to 57; and wherein ΔP g,F that denotes the anomalous dispersion is -0.004 or less. 15% to 28% of SiO 2; 13% to 31% of B 2 O 3; 4% to 27% of Al 2 O 3; 0% to 19% of Ta 2 O 5; 0% to 10% of ZrO 2; 0% to 10% of Nb 2 O 5; 0% to 5% of Li 2 O; 0% to 5% of MgO; and 0% to 7% of K 2 O;
A method of manufacturing a cutting member of a shaver, comprising the steps of: - providing a plate-shaped carrier; - cutting at least one cutting element (9a, 9b) free from the carrier except for a residual connection between a base of the cutting element and the carrier; and - bending the cutting element relative to the carrier; wherein the steps of cutting free and bending the cutting element are performed simultaneously using a tool having a combined punching and bending effect, characterized in that by using the tool having the combined punching and bending effect the cutting element (9a, 9b) is teared free and simultaneously bent out of the carrier by a tearing process without leaving a free space or clearance, oriented in a direction parallel to the carrier, between the cutting element (9a, 9b) and the carrier. - providing a plate-shaped carrier; - cutting at least one cutting element (9a, 9b) free from the carrier except for a residual connection between a base of the cutting element and the carrier; and - bending the cutting element relative to the carrier;
Heating appliance comprising a metal support, at least one part of which is covered by a self-cleaning coating in contact with ambient air, said coating comprising at least one oxidation catalyst chosen from among platinoid oxides and at least one dopant of said oxidation catalyst chosen from among oxides of rare earths: characterised in that said self-cleaning coating is a two-layer coating comprising: - an internal layer between 50 nm and 100 nm thick at least partially covering the metal support and including said dopant, and, - an external layer between 15 nm and 50 nm thick in contact with ambient air and including said oxidation catalyst, and in that said external layer is located on said internal layer. characterised in that said self-cleaning coating is a two-layer coating comprising: - an internal layer between 50 nm and 100 nm thick at least partially covering the metal support and including said dopant, and, - an external layer between 15 nm and 50 nm thick in contact with ambient air and including said oxidation catalyst, and - an internal layer between 50 nm and 100 nm thick at least partially covering the metal support and including said dopant, and, - an external layer between 15 nm and 50 nm thick in contact with ambient air and including said oxidation catalyst, and in that said external layer is located on said internal layer.
Image processing device for distinguishing slight color differences of target objects, such as cells, included in a color image, comprising: a processing unit that finds in a color space a hue of each pixel of a target object of the color image, wherein the color space comprises color boundaries (H RY, H YG, H GC, H CB, H BM, H MR) and a color boundary (H RY, H YG, H GC, H CB, H BM, H MR) is a boundary value between two predefined hues; a detecting unit that detects a mode value (H 30) in the color space from a distribution of the hues of the pixels of the target object; and a changing unit that rotates said hue of each pixel of the target object in said color space so that the mode value (H 30) overlaps one of the color boundaries (H RY, H YG, H GC, H CB, H BM, H MR) such that the hues have been discretized to allow visual separation of the target objects. a processing unit that finds in a color space a hue of each pixel of a target object of the color image, wherein the color space comprises color boundaries (H RY, H YG, H GC, H CB, H BM, H MR) and a color boundary (H RY, H YG, H GC, H CB, H BM, H MR) is a boundary value between two predefined hues; a detecting unit that detects a mode value (H 30) in the color space from a distribution of the hues of the pixels of the target object; and a changing unit that rotates said hue of each pixel of the target object in said color space so that the mode value (H 30) overlaps one of the color boundaries (H RY, H YG, H GC, H CB, H BM, H MR) such that the hues have been discretized to allow visual separation of the target objects.
Process for obtaining ester compounds from carboxyl compounds, said carboxyl compounds resulting from the conversion of compounds comprising at least one nitrile functional group to give compounds comprising at least one carboxyl functional group and said process being characterized in that it consists in: - reacting a mixture of methylglutaronitrile, ethylsuccinonitrile and adiponitrile resulting from the manufacture of adiponitrile by hydrocyanation of butadiene with a basic hydroxyl compound in the presence of a solvent at a temperature of between 80°C and 200°C, resulting in a mixture of salts of methylglutaric, ethylsuccinic and adipic acids, - removing the ammonia formed from the reaction medium, - reacting the salts formed of the different acids with an inorganic acid, - separating the mixture of methylglutaric acid, ethylsuccinic acid and adipic acid from the reaction medium by liquid/liquid extraction by bringing into contact with a water-insoluble polar extraction solvent, and - converting the carboxyl compounds obtained into esters by reaction with an alcohol. - reacting a mixture of methylglutaronitrile, ethylsuccinonitrile and adiponitrile resulting from the manufacture of adiponitrile by hydrocyanation of butadiene with a basic hydroxyl compound in the presence of a solvent at a temperature of between 80°C and 200°C, resulting in a mixture of salts of methylglutaric, ethylsuccinic and adipic acids, - removing the ammonia formed from the reaction medium, - reacting the salts formed of the different acids with an inorganic acid, - separating the mixture of methylglutaric acid, ethylsuccinic acid and adipic acid from the reaction medium by liquid/liquid extraction by bringing into contact with a water-insoluble polar extraction solvent, and - converting the carboxyl compounds obtained into esters by reaction with an alcohol.