mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a polypropylene series resin porous film having a polypropylene series resin as the main component, by porositization by biaxial stretching, wherein in the biaxial stretching the ratio MD/TD between the longitudinal stretch ratio MD and the transversal stretch ratio TD is in the range of 1.2 to 2.8, characterized in that the coefficient of static friction measured according to the norm JIS K7125 of said film against the film itself is greater than the coefficient of static friction against a SUS plate which has an arithmetic average of the surface roughness of 0.019 μm and a thickness of 1.8 mm.
A sensor arrangement for a production apparatus, comprising a sensor and a sealing hose, wherein the sensor comprises an emitting and/or receiving portion for emitting and/or receiving sensor signals and a sensor portion, wherein, between the emitting and/or receiving portion and the sensor portion, the sensor comprises a sealing portion to which the sealing hose of the sensor arrangement is fastened in a sealing manner by a first end, characterized in that the sensor arrangement further comprises a sealing container which can be fastened by a first end to an access opening of a housing of a production apparatus in a sealing manner, in that the sensor can be received in the sealing container for a transfer into the interior of the housing and out of the housing, and in that the sealing hose is fastened by a second end to the sealing container in a sealing manner such that, in the state of the sealing container fastened to the access opening of the housing, the sensor can be transferred out of the sealing container into the interior of the housing and out of the interior of the housing into the sealing container, wherein the sealing hose ensures a tight separation between the sensor portion and the interior of the housing during the transfer.
A thermostatic module of a compact gas sensing device, comprising: a housing unit formed therein with a first accommodation space; a thermal insulation unit provided within the first accommodation space and formed therein with a second accommodation space; a heat conducting unit provided within the second accommodation space and formed therein with a third accommodation space and provided therein with a gas passage channel connected with the third accommodation space for accommodating the whole of a gas sensor module therein, the gas sensor module is configured to measure a concentration of a target gas; a heater provided on a surface of the heat conducting unit to transfer heat to the heat conducting unit; a temperature sensor provided inside the heat conducting unit to measure the temperature inside the heat conducting unit in real time; and a control circuitry board electrically connected with the heater and configured to generate a control signal based on the difference between the temperature measured by the temperature sensor and a preset target temperature value so as to keep the temperature inside the heat conducting unit stabilized at the target temperature value all the time, so as to allow a baseline reading of the gas sensor module to remain stable throughout the measurement period. a housing unit formed therein with a first accommodation space; a thermal insulation unit provided within the first accommodation space and formed therein with a second accommodation space; a heat conducting unit provided within the second accommodation space and formed therein with a third accommodation space and provided therein with a gas passage channel connected with the third accommodation space for accommodating the whole of a gas sensor module therein, the gas sensor module is configured to measure a concentration of a target gas; a heater provided on a surface of the heat conducting unit to transfer heat to the heat conducting unit; a temperature sensor provided inside the heat conducting unit to measure the temperature inside the heat conducting unit in real time; and a control circuitry board electrically connected with the heater and configured to generate a control signal based on the difference between the temperature measured by the temperature sensor and a preset target temperature value so as to keep the temperature inside the heat conducting unit stabilized at the target temperature value all the time, so as to allow a baseline reading of the gas sensor module to remain stable throughout the measurement period.
A method of stabilizing a video in an electronic device, comprising: acquiring a plurality of frames using an image signal input from an image sensor; receiving an input requesting enlargement at a magnification in relation to the plurality of frames; acquiring shaking information of the plurality of frames using at least one of: information on movement of a subject included in the plurality of frames, and movement of the electronic device, the shaking information including rotational component information; determining shaking compensation areas in entire areas of each of the plurality of frames for the respective plurality of frames, after and based on at least receiving the input requesting enlargement, said determining of the shaking compensation areas being based on the shaking information of the plurality of frames and information on the magnification from the input requesting enlargement, wherein, based on the rotational component information, at least one shaking compensation area is a trapezoidal shaking compensation area to compensate for rotation; generating output frames corresponding to the respective plurality of frames by rotating the at least one trapezoidal shaking compensation area and enlarging the shaking compensation areas at the magnification; and providing a video including the output frames. acquiring a plurality of frames using an image signal input from an image sensor; receiving an input requesting enlargement at a magnification in relation to the plurality of frames; acquiring shaking information of the plurality of frames using at least one of: information on movement of a subject included in the plurality of frames, and movement of the electronic device, the shaking information including rotational component information; determining shaking compensation areas in entire areas of each of the plurality of frames for the respective plurality of frames, after and based on at least receiving the input requesting enlargement, said determining of the shaking compensation areas being based on the shaking information of the plurality of frames and information on the magnification from the input requesting enlargement, wherein, based on the rotational component information, at least one shaking compensation area is a trapezoidal shaking compensation area to compensate for rotation; generating output frames corresponding to the respective plurality of frames by rotating the at least one trapezoidal shaking compensation area and enlarging the shaking compensation areas at the magnification; and providing a video including the output frames.
An aqueous based mouth wash oral care composition comprising: i) a metal salt selected from citrate, lactate or chloride; and ii) a zinc salt iii) gellan gum iv) xanthan gum in which the composition at a temperature of 25°C has a yield stress (shear stress at a shear rate of 0.1 1/s) from 0.05 to 1.0 Pa and a viscosity from 0.05 to 0.25 Pa.s (measured at a shear rate of 21 1/s). i) a metal salt selected from citrate, lactate or chloride; and ii) a zinc salt iii) gellan gum iv) xanthan gum
A method for producing a freeze dried instant meat product comprising at least one piece of meat and optional additional ingredients, wherein at least the meat is cooked, scalded, fried or baked in a precooking process before freeze drying and wherein pork and/or beef and/or poultry and/or fish meat is used, characterized in that at least one antioxidant is introduced into a separate fat phase or amphiphile phase or lipophile phase before and/or after the precooking process which represents an additional fat phase with reference to an initial fat content that is already provided in the meat and which is mixed with the meat, worked into the meat or applied to the meat.
A medical device for diagnosis or treatment of tissue in a body, comprising: a first elongated proximal shaft (20, 20') including a longitudinal axis; and a second deflectable distal shaft (18, 18') including a second shaft axial end disposed within the first shaft (20, 20'), wherein the second shaft (18, 18') includes a stepped outer surface, the outer surface including a first outer step and a second outer step extending in the axial direction, wherein the first shaft (20, 20') includes a first shaft axial end and a first shaft inner surface with an inner step extending axially from the first shaft axial end to an inner edge of the first shaft inner surface extending radially, wherein the second shaft is connected to the first shaft (20, 20') by a first nested lap joint formed between the first shaft (20, 20') and the second shaft (18, 18'), wherein the inner step of the first shaft (20, 20') overlaps the first outer step of the second shaft (18, 18') in the radial direction to form the first lap joint, and wherein a sleeve nests this lap joint; characterized in that the first and second shafts (20, 20'; 18, 18') are connected by a second nested lap joint formed between the first shaft (20, 20') and the second shaft (18, 18'), wherein a portion of a liner of the first shaft (20, 20') overlaps the second outer step of the second shaft (18, 18') in the radial direction to form the second lap joint and an outer layer of the first shaft (20, 20') nests this lap joint. a first elongated proximal shaft (20, 20') including a longitudinal axis; and a second deflectable distal shaft (18, 18') including a second shaft axial end disposed within the first shaft (20, 20'), wherein the second shaft (18, 18') includes a stepped outer surface, the outer surface including a first outer step and a second outer step extending in the axial direction, wherein the first shaft (20, 20') includes a first shaft axial end and a first shaft inner surface with an inner step extending axially from the first shaft axial end to an inner edge of the first shaft inner surface extending radially, wherein the second shaft is connected to the first shaft (20, 20') by a first nested lap joint formed between the first shaft (20, 20') and the second shaft (18, 18'), wherein the inner step of the first shaft (20, 20') overlaps the first outer step of the second shaft (18, 18') in the radial direction to form the first lap joint, and wherein a sleeve nests this lap joint; characterized in that the first and second shafts (20, 20'; 18, 18') are connected by a second nested lap joint formed between the first shaft (20, 20') and the second shaft (18, 18'), wherein a portion of a liner of the first shaft (20, 20') overlaps the second outer step of the second shaft (18, 18') in the radial direction to form the second lap joint and an outer layer of the first shaft (20, 20') nests this lap joint.
A method for determining downlink hearability of a plurality of radio units by a plurality of user equipments in a shared cell heterogeneous deployment, the method being performed by a device, and the method comprising: selecting a radio unit from the plurality of radio units; generating a list of user equipments that are uplink unhearable by the selected radio unit; selecting a first user equipment from the list of user equipments; determining whether downlink hearability of the first user equipment has been previously determined within a predefined time period; determining whether a downlink channel has available resources to transmit a probe message to the first user equipment if the downlink hearability of the first user equipment has not been previously determined within the predefined time period; and causing (S110, S120, S132, S140, and S146) the selected radio unit to transmit the probe message to the first user equipment if the determination is made that the downlink channel resources are available, the probe message arranged to invoke a probe response from the first user equipment if the selected radio unit is hearable by the first user equipment on the downlink channel. selecting a radio unit from the plurality of radio units; generating a list of user equipments that are uplink unhearable by the selected radio unit; selecting a first user equipment from the list of user equipments; determining whether downlink hearability of the first user equipment has been previously determined within a predefined time period; determining whether a downlink channel has available resources to transmit a probe message to the first user equipment if the downlink hearability of the first user equipment has not been previously determined within the predefined time period; and causing (S110, S120, S132, S140, and S146) the selected radio unit to transmit the probe message to the first user equipment if the determination is made that the downlink channel resources are available, the probe message arranged to invoke a probe response from the first user equipment if the selected radio unit is hearable by the first user equipment on the downlink channel.
A device for displaying a video, the device comprising: a content processor configured to determine a type of a content, which is received by the device, according to additional information of the content; a display unit; a controller configured to control the display unit to display the content in a 3D display mode if the content is a three dimensional 3D content, and to display in a multi-view mode if the content is a multi-view content; and a sync signal generator configured to generate and transmit a sync signal to alternately turn on left and right shutter glasses of eyeglasses in the 3D display mode, and generate and transmit a sync signal to simultaneously turn on or off the left and right shutter in the multi-view mode, the device being characterised in that the device is configured to store preference keywords of each user for the multi-view mode, the controller is configured to determine whether the additional information comprises information matching a stored preference keyword, and for each user, when information matching the stored preference keyword of a user is detected, to generate and transmit said sync signal to perform the multi-view mode by providing the user with the content corresponding to the information matching his/her stored preference keyword. a content processor configured to determine a type of a content, which is received by the device, according to additional information of the content; a display unit; a controller configured to control the display unit to display the content in a 3D display mode if the content is a three dimensional 3D content, and to display in a multi-view mode if the content is a multi-view content; and a sync signal generator configured to generate and transmit a sync signal to alternately turn on left and right shutter glasses of eyeglasses in the 3D display mode, and generate and transmit a sync signal to simultaneously turn on or off the left and right shutter in the multi-view mode, the device being characterised in that the device is configured to store preference keywords of each user for the multi-view mode, the controller is configured to determine whether the additional information comprises information matching a stored preference keyword, and for each user, when information matching the stored preference keyword of a user is detected, to generate and transmit said sync signal to perform the multi-view mode by providing the user with the content corresponding to the information matching his/her stored preference keyword.
Device for heating food, comprising a lower chamber and an upper chamber delimited by a support comprising at least one orifice for suspending a container, at least one outlet opening being formed in the support, the upper chamber being also delimited by a main lid, characterised in that the main lid comprises at least one well arranged above the or each outlet opening formed in the support, the lower chamber communicating with the outside by the or each outlet opening formed in the support, the or each outlet opening being capped by the or one of the well(s) from the main lid to channel to the outside the steam or humidity formed in the lower chamber and escaping through the or each outlet opening.
An autonomous agricultural carrier vehicle, for carrying at least one agricultural working equipment, with a frame construction, and a chassis attached to the frame construction, the chassis having at least two steerable wheels and/or crawler chassis, wherein the frame construction is assigned at least one mounting apparatus for connection to the at least one agricultural working equipment, and with an environmental sensor system for determining obstacles and/or elements present in the vicinity of the carrier vehicle, as well as with a control device for controlling the carrier vehicle and/or the at least one working equipment, wherein the control device can be connected to a position determination system that captures and/or issues a position, characterized in that position-dependent working instructions for the carrier vehicle are stored in the control device, wherein the working instructions include setpoint specifications for specified routes, wherein the carrier vehicle has a first operating mode, wherein in the first operating mode the working instructions are controlled and/or regulated by means of the control device on the basis of the actual position determined by the position determination system.
A support surface overlay comprising: a first flexible sheet and a second flexible sheet; said first flexible sheet joined to said second flexible sheet by at least one seam at predetermined locations in a substantially fluid-tight manner, thereby defining a plurality of spaced apart, selectively inflatable cells arranged in a plurality of rows (114, 118), each of said inflatable cells in fluid communication with at least one other of said inflatable cells; each of said inflatable cells, when inflated, defining a corresponding outwardly extending contact node, said support surface overlay having a nodal contact density of at least two contact nodes per square decimeter; and characterized by a plurality of relief cuts perforating said first flexible sheet and said second flexible sheet between a pair of said rows of inflatable cells, said plurality of relief cuts not perforating said selectively inflatable cells; wherein said plurality of relief cuts comprises a first relief cut between a first pair of said rows of selectively inflatable cells, a second relief cut between said first pair of said rows of selectively inflatable cells, and wherein an uncut portion separates said first relief cut from said second relief cut a first flexible sheet and a second flexible sheet; said first flexible sheet joined to said second flexible sheet by at least one seam at predetermined locations in a substantially fluid-tight manner, thereby defining a plurality of spaced apart, selectively inflatable cells arranged in a plurality of rows (114, 118), each of said inflatable cells in fluid communication with at least one other of said inflatable cells; each of said inflatable cells, when inflated, defining a corresponding outwardly extending contact node, said support surface overlay having a nodal contact density of at least two contact nodes per square decimeter; and characterized by a plurality of relief cuts perforating said first flexible sheet and said second flexible sheet between a pair of said rows of inflatable cells, said plurality of relief cuts not perforating said selectively inflatable cells; wherein said plurality of relief cuts comprises a first relief cut between a first pair of said rows of selectively inflatable cells, a second relief cut between said first pair of said rows of selectively inflatable cells, and wherein an uncut portion separates said first relief cut from said second relief cut
A roller lid-shutter for a pick-up truck comprising a housing box and a rollable lid, the rollable lid to be received in a contracted condition in the housing box, the housing box having at least bottom and top walls (21, 23) joined by side walls to form an interior space, the roller lid-shutter further comprising a drainage pipe in fluid communication with the interior space of the housing box through a drainage hole in the bottom wall, characterized in that the housing box comprises a level sight window on one side wall to indicate a liquid level inside the housing box.
A method for signalling between a terminal device of a communication system and an automation device configured to receive electrical current from an electrical power supply, convert the frequency of the received electrical current to another frequency, and after that supply the electrical current to an electric motor, the method comprising transmitting, from a remote terminal device to a local terminal device via at least one network node of the communication system, a set of instructions related to the automation device; receiving, in the local terminal device the set of instructions related to the automation device; displaying, in the local terminal device, information on the received set of instructions on a display of the local terminal device; detecting, in the local terminal device, a predetermined user input by a user of the local terminal device; in response to the detecting, causing, in the local terminal device, transmission of control data to the automation device via a communications link established between the local terminal device and the automation device, if the user input indicates that the user of the local terminal device approves the execution of the set of instructions in the automation device, to command the automation device to execute the set of instructions; receiving the control data in the automation device from the local terminal device; and in response to the receiving, executing the set of instructions in the automation device.
A method of forming a field emission diode for an electrostatic discharge device, the method comprising: forming a first electrode (102, 202, 302, 402), a sacrificial layer, and a second electrode (104, 204, 304, 404), wherein the sacrificial layer separates the first and second electrode; forming a cavity (110, 210, 310) between the first and second electrode by removing the sacrificial layer, wherein the cavity separates the first and second electrodes; and depositing an electron emission material (112, 212, 312, 412) within the cavity on a surface of at least one of the first and second electrodes through at least one access hole (114, 314), providing access to the cavity, after formation of the first and second electrodes, wherein the access hole is located remotely from a location of electron emission on the first or second electrodes. forming a first electrode (102, 202, 302, 402), a sacrificial layer, and a second electrode (104, 204, 304, 404), wherein the sacrificial layer separates the first and second electrode; forming a cavity (110, 210, 310) between the first and second electrode by removing the sacrificial layer, wherein the cavity separates the first and second electrodes; and depositing an electron emission material (112, 212, 312, 412) within the cavity on a surface of at least one of the first and second electrodes through at least one access hole (114, 314), providing access to the cavity, after formation of the first and second electrodes, wherein the access hole is located remotely from a location of electron emission on the first or second electrodes.