mhurhangee/ep-ind-claims huggingface dataset:
A syringe (10, 30) for tympanic injection for directly injecting an infusion in a barrel into a tympanic cavity, comprising a plurality of reversible temperature indicators (20, 25, 45, 50, 52) provided on an outer surface of the barrel, the plurality of reversible temperature (20, 25, 45, 50, 52) indicators each reversibly changing in color at a different temperature, characterized in that: the plurality of reversible temperature indicators (20, 25, 45, 50, 52) comprising a lower limit reversible temperature indicator (20, 50) that changes in color at a lower limit of a range of injection temperature suitable for administration into the tympanic cavity and an upper limit reversible temperature indicator (25, 52) that changes in color at an upper limit of the range of injection temperature suitable for administration into the tympanic cavity; in that a color change of the lower limit reversible temperature indicator (20, 50) and the upper limit reversible temperature indicator (25, 52) allows visual recognition of a range of injection temperature suitable for administration into the tympanic cavity; and in that the reversible temperature indicators (20, 25, 45, 50, 52) comprise at least three reversible temperature indicators provided and the at least three reversible temperature indicators (20, 25, 45, 50, 52) comprise the lower limit reversible temperature indicator (20, 50) and the upper limit reversible temperature indicators (25, 52) defining the range of injection temperature suitable for administration into the tympanic cavity and an additional reversible temperature indicator changing in color in the range of injection temperature suitable for administration into the tympanic cavity. the plurality of reversible temperature indicators (20, 25, 45, 50, 52) comprising a lower limit reversible temperature indicator (20, 50) that changes in color at a lower limit of a range of injection temperature suitable for administration into the tympanic cavity and an upper limit reversible temperature indicator (25, 52) that changes in color at an upper limit of the range of injection temperature suitable for administration into the tympanic cavity; in that a color change of the lower limit reversible temperature indicator (20, 50) and the upper limit reversible temperature indicator (25, 52) allows visual recognition of a range of injection temperature suitable for administration into the tympanic cavity; and in that the reversible temperature indicators (20, 25, 45, 50, 52) comprise at least three reversible temperature indicators provided and the at least three reversible temperature indicators (20, 25, 45, 50, 52) comprise the lower limit reversible temperature indicator (20, 50) and the upper limit reversible temperature indicators (25, 52) defining the range of injection temperature suitable for administration into the tympanic cavity and an additional reversible temperature indicator changing in color in the range of injection temperature suitable for administration into the tympanic cavity.
A method for decoding control information by a User Equipment, UE, the method comprising: monitoring a set of Physical Downlink Control Channel, PDCCH candidates for control information received from a base station at subframe k; wherein the set of PDCCH candidates to be monitored are defined in terms of search spaces, wherein the UE monitors a search space, among the search spaces, at each of aggregation levels, L, of 1, 2, 4 and 8 control channel elements, CCEs, wherein the CCE is used for transmission of the control information, and characterized in that the search space is given based on a variable of Y k for the subframe k, wherein Y k is defined by: Y k = A * Y k − 1 + B modD, wherein A, B and D are predetermined constant values; and decoding the control information of the PDCCH. monitoring a set of Physical Downlink Control Channel, PDCCH candidates for control information received from a base station at subframe k; wherein the set of PDCCH candidates to be monitored are defined in terms of search spaces, wherein the UE monitors a search space, among the search spaces, at each of aggregation levels, L, of 1, 2, 4 and 8 control channel elements, CCEs, wherein the CCE is used for transmission of the control information, and characterized in that the search space is given based on a variable of Y k for the subframe k, wherein Y k is defined by: Y k = A * Y k − 1 + B modD, wherein A, B and D are predetermined constant values; and decoding the control information of the PDCCH.
A computer program, which when executed with a web-browser application by a computer, causes the computer to perform a method of printing a displayed web page, the method comprising: sequentially designating and capturing a plurality of areas of a web page displayed in a browser window of the web-browser application to be copied to a printing page (32,33,62); wherein designating comprises receiving a first user input to designate an area (22,23) of the web page displayed in the browser window; and capturing comprises capturing an image of the designated area (22,23) of the web page according to the first user input and moving the captured image to the printing page (32, 33, 62) according to a received second user input; the method further comprising: displaying the printing page (32,33,62) comprising the plurality of captured images (22,23) in a first section of the browser window that is divided from and does not overlap with a second section of the browser window that displays the web page (32,33,62); and editing the printing page (32,33,62) including the captured image of the designated area (22,23) of the web page. sequentially designating and capturing a plurality of areas of a web page displayed in a browser window of the web-browser application to be copied to a printing page (32,33,62); wherein designating comprises receiving a first user input to designate an area (22,23) of the web page displayed in the browser window; and capturing comprises capturing an image of the designated area (22,23) of the web page according to the first user input and moving the captured image to the printing page (32, 33, 62) according to a received second user input; the method further comprising: displaying the printing page (32,33,62) comprising the plurality of captured images (22,23) in a first section of the browser window that is divided from and does not overlap with a second section of the browser window that displays the web page (32,33,62); and editing the printing page (32,33,62) including the captured image of the designated area (22,23) of the web page. displaying the printing page (32,33,62) comprising the plurality of captured images (22,23) in a first section of the browser window that is divided from and does not overlap with a second section of the browser window that displays the web page (32,33,62); and editing the printing page (32,33,62) including the captured image of the designated area (22,23) of the web page.
A method for handling fluid, the method comprising: providing an apparatus for fluid handling, the apparatus comprising: a body with a top surface and a bottom surface, and a well within the body, wherein the well has an opening at the top surface, an opening at the bottom surface, and hydrophobic walls; loading a fluid into the well, the fluid comprising an oil comprising aqueous droplets, wherein the fluid is retained in the well by surface tension when the body is oriented top-side up; bringing a device comprising a channel into contact with the fluid at the opening at the bottom surface, thereby causing at least a portion of the fluid to flow into the channel. providing an apparatus for fluid handling, the apparatus comprising: a body with a top surface and a bottom surface, and a well within the body, wherein the well has an opening at the top surface, an opening at the bottom surface, and hydrophobic walls; a body with a top surface and a bottom surface, and a well within the body, wherein the well has an opening at the top surface, an opening at the bottom surface, and hydrophobic walls; loading a fluid into the well, the fluid comprising an oil comprising aqueous droplets, wherein the fluid is retained in the well by surface tension when the body is oriented top-side up; bringing a device comprising a channel into contact with the fluid at the opening at the bottom surface, thereby causing at least a portion of the fluid to flow into the channel.
An attachment method in an ad hoc mobile network based on wireless cellular technology, of the type including a plurality of nodes (i), each node including an access point module, at least one relay terminal module, a relay terminal module of one node being able to discover the access point module of neighboring nodes and initiate an attachment process with an access point module of a selected neighboring node, a relay terminal module of one node being attached at most to one access point module of a neighboring node, characterised in that it includes a step consisting of selecting a neighboring node (j) to which a considered node (i) must initiate an attachment process among the nodes from a list (Li) resulting from a discovery step, carried out by the relay terminal module of the considered node, and based on at least a piece of connectivity information relative to the connected component of the considered node and at least a piece of connectivity information relative to the connected component of each neighboring node of the list.
An apparatus for material processing, comprising at least one beam source of electromagnetic radiation that emits radiation with a defined power density distribution, and a beam-shaping optics variable shaping and focusing the radiation of the beam source, wherein the optical axis of the focused radiation, referred to as beam axis, is directed onto a processing zone, and means for holding the radiation in a region of an interaction surface of radiation and material, that interaction surface being formed and moving in the processing zone, wherein the emitted radiation comprises a first beam parameter product, i.e. beam parameter product, and wherein the radiation has a second beam parameter product in the processing zone in which the radiation interacts with the material, characterized in that an adjusting device is provided which varies the second beam parameter product by changing the position or the optical properties of at least one optical element (6; 7), wherein at least one first optical element of the beam shaping optics generates and/or increases the amount of an aberration and at least one second optical element of the beam shaping optics changes the amount of the generated or increased aberration by the adjustment of the adjusting device by changing the position or the optical properties of at least the first or the second optical element in such a way that the radiation in the processing zone has the second beam parameter product to be adjusted.
Insulating element for insulating a structural element (12, 14) in a vehicle, said insulating element comprising: a carrier element having a peripheral region; and an expandable material which is disposed at least on the peripheral region on the carrier element, characterized in that the expandable material in at least one direction protrudes beyond the peripheral region of the carrier element such that the expandable material in said at least one direction forms a flexible projection, characterized in that the carrier element has at least one rib which in said at least one direction extends from the peripheral region of the carrier element such that the at least one rib supports the flexible projection. a carrier element having a peripheral region; and an expandable material which is disposed at least on the peripheral region on the carrier element, characterized in that the expandable material in at least one direction protrudes beyond the peripheral region of the carrier element such that the expandable material in said at least one direction forms a flexible projection, characterized in that the carrier element has at least one rib which in said at least one direction extends from the peripheral region of the carrier element such that the at least one rib supports the flexible projection.
A composition comprising: an NFκB-inhibitor; and a non-retinoid collagen promoter; wherein the NFκB-inhibitor is a substituted resorcinol; and wherein the non-retinoid collagen promoter is an extract of feverfew ( Tanacetum parthenium). an NFκB-inhibitor; and a non-retinoid collagen promoter;
A medical device comprising: a catheter with proximal and distal ends; a hollow chisel having a chisel passage therein, having a proximal and distal end, with a tip at the distal end, wherein the chisel's proximal end is proximate to the catheter's distal end; and an elongate member axially movable along the longitudinal axis of the catheter and chisel, wherein the tip is movable, in response to selective axial displacement of the elongate member, between a first position, in which the tip is disposed proximal to the axis, and a second position, in which the tip Is spaced apart from the first position, and characterized in that when the elongate member is pushed through and out of the distal end of the chisel, the tip opens to generally conform to the outer diameter of the elongate member. a catheter with proximal and distal ends; a hollow chisel having a chisel passage therein, having a proximal and distal end, with a tip at the distal end, wherein the chisel's proximal end is proximate to the catheter's distal end; and an elongate member axially movable along the longitudinal axis of the catheter and chisel, wherein the tip is movable, in response to selective axial displacement of the elongate member, between a first position, in which the tip is disposed proximal to the axis, and a second position, in which the tip Is spaced apart from the first position, and characterized in that when the elongate member is pushed through and out of the distal end of the chisel, the tip opens to generally conform to the outer diameter of the elongate member.
Method for producing a packaging laminate for a packaging container for oxygen-sensitive liquid food comprising a paper or paperboard layer and a layer serving as gas barrier, which layers (11 and 12) are bonded to each other by a layer of a laminating material, in which method a web of a material with barrier properties against gases, in particular oxygen, is brought together with a web of paper or paperboard, and the webs (203 and 201) brought together are guided through a nip between two adjacent rotatable cylinders (204 and 205), while at the same time a laminating material is applied between the webs (201 and 203) in order to permanently bind these to each other, wherein the laminating material comprises a central polymer layer which, on one surface, has a first outer layer of a first adhesive polymer with the ability to bind to paper or paperboard and, on its other surface, has a second outer layer of a second adhesive polymer with the ability to bind to the material serving as gas barrier, and wherein the laminating material is applied with its first outer adhesive layer in contact with the paper or paperboard web, and with its second outer adhesive layer in contact with the web of the material with gas barrier properties, and is applied by coextrusion of the central polymer layer and the two said outer layers (206b and 206c) of adhesive polymer, characterized in that the adhesive polymers in the two outer layers (206b and 206c) have functional polar groups via which the adhesives can bind to each web (201 and 203) on both sides of the polymer layer.
A computing device (102-1, 102-2, 442) configured to carry out a method for noise cancellation for voice activation; the computing device comprising: a processor and a memory; the computing device being configured to: determine, whether a background noise (104-1, 104-2, 210) received by the computing device (102-1, 102-2, 442) is recognized; create a stored noise cancellation filter based on the background noise (104-1, 104-2, 210) when the background noise (104-1, 104-2, 210) is not recognized; receive a signal that includes the background noise (104-1, 104-2, 210) and a voice command; filter out the background noise (104-1, 104-2, 210) from the signal with the stored noise cancellation filter; and process the voice command. a processor and a memory; the computing device being configured to: determine, whether a background noise (104-1, 104-2, 210) received by the computing device (102-1, 102-2, 442) is recognized; create a stored noise cancellation filter based on the background noise (104-1, 104-2, 210) when the background noise (104-1, 104-2, 210) is not recognized; receive a signal that includes the background noise (104-1, 104-2, 210) and a voice command; filter out the background noise (104-1, 104-2, 210) from the signal with the stored noise cancellation filter; and process the voice command. determine, whether a background noise (104-1, 104-2, 210) received by the computing device (102-1, 102-2, 442) is recognized; create a stored noise cancellation filter based on the background noise (104-1, 104-2, 210) when the background noise (104-1, 104-2, 210) is not recognized; receive a signal that includes the background noise (104-1, 104-2, 210) and a voice command; filter out the background noise (104-1, 104-2, 210) from the signal with the stored noise cancellation filter; and process the voice command.
Acidic aqueous composition comprising a) 0.1 to 2 g/kg calculated with respect to the element Cr of at least one water-soluble compound as a source of chromium, b) 0.01 to 0.2 g/kg calculated with respect to the elements Mo and/or W of at least one water-soluble compound of the elements Mo and/or W, c) at least one water-soluble compound as a source of fluoride, d) 0.01 to 1.0 g/kg calculated on a H 2 O 2 equivalent basis of at least one oxidizing agent different from the components a) to c) having a standard reduction potential in a range from +1.0 to +1.8 V, wherein the molar ratio of total fluoride of the at least one water-soluble compound according to component c) to the element Cr of the at least one water-soluble compound according to component a) is at least 3: 1. a) 0.1 to 2 g/kg calculated with respect to the element Cr of at least one water-soluble compound as a source of chromium, b) 0.01 to 0.2 g/kg calculated with respect to the elements Mo and/or W of at least one water-soluble compound of the elements Mo and/or W, c) at least one water-soluble compound as a source of fluoride, d) 0.01 to 1.0 g/kg calculated on a H 2 O 2 equivalent basis of at least one oxidizing agent different from the components a) to c) having a standard reduction potential in a range from +1.0 to +1.8 V,
Communication system, comprising: a plurality of communication devices (12, 14a, 14b, 14c, 14n) communicating with each other by use of RF resources; a resource controller configured to control the RF resources; and an interference detector configured to detect an interferer and to provide information describing the interferer to the resource controller, wherein the resource controller controls the RF resources of the plurality of communication devices (12, 14a, 14b, 14c, 14n) taking into account the information describing the interferer; characterized in that the interference detector is configured to discern between an interferer superimposing RF power for all devices (12, 14a, 14b, 14c, 14n) and a blockage event affecting at least one of the plurality of communication devices (12, 14a, 14b, 14c, 14n) and/or characterized in that the interference detector is configured to determine a trajectory and/or a movement of the interferer based on the determination over a frame or a plurality of frames. a plurality of communication devices (12, 14a, 14b, 14c, 14n) communicating with each other by use of RF resources; a resource controller configured to control the RF resources; and an interference detector configured to detect an interferer and to provide information describing the interferer to the resource controller, wherein the resource controller controls the RF resources of the plurality of communication devices (12, 14a, 14b, 14c, 14n) taking into account the information describing the interferer; characterized in that the interference detector is configured to discern between an interferer superimposing RF power for all devices (12, 14a, 14b, 14c, 14n) and a blockage event affecting at least one of the plurality of communication devices (12, 14a, 14b, 14c, 14n) and/or characterized in that the interference detector is configured to determine a trajectory and/or a movement of the interferer based on the determination over a frame or a plurality of frames.
A computer-implemented method for generating multiple geometric attention zones (1, 1', 1") for at least one person in a three-dimensional space with a single image capturing unit, a data processing unit, a database and a display unit, comprising the following steps: a. outputting, by the display unit, a request to the person to fixate points in the space corresponding to the vertices of the attention zone (1, 1', 1") to be created, b. capturing, by the image capturing unit, a number N of first photographs of the space with the person and extracting, by the data processing unit, a number N of first three-dimensional gaze direction vectors BV 1 - BV N of the person, where N is greater than or equal to one, c. outputting, by the display unit, a request to the person to change their position in the space and to re-fixate the vertices of the attention zone (1, 1', 1"), d. capturing, by the image capturing unit, a number N of second photographs of the space with the person and extracting, by the data processing unit, a number N of second three-dimensional gaze direction vectors BV 1 ' - BV N ' of the person, e. superimposing, by the data processing unit, the gaze direction vectors BV 1 - BV N with the gaze direction vectors BV 1 ' - BV N ' in order to determine N three-dimensional intersection points P 1 - P N, f. storing, in the database, an attention zone (1, 1', 1") as a polygon in the space with the vertices P 1 - P N, wherein g. the method is repeated to generate multiple attention zones (1, 1', 1") of a single person or of several persons, and h. the number of vertices N is greater than or equal to three. a. outputting, by the display unit, a request to the person to fixate points in the space corresponding to the vertices of the attention zone (1, 1', 1") to be created, b. capturing, by the image capturing unit, a number N of first photographs of the space with the person and extracting, by the data processing unit, a number N of first three-dimensional gaze direction vectors BV 1 - BV N of the person, where N is greater than or equal to one, c. outputting, by the display unit, a request to the person to change their position in the space and to re-fixate the vertices of the attention zone (1, 1', 1"), d. capturing, by the image capturing unit, a number N of second photographs of the space with the person and extracting, by the data processing unit, a number N of second three-dimensional gaze direction vectors BV 1 ' - BV N ' of the person, e. superimposing, by the data processing unit, the gaze direction vectors BV 1 - BV N with the gaze direction vectors BV 1 ' - BV N ' in order to determine N three-dimensional intersection points P 1 - P N, f. storing, in the database, an attention zone (1, 1', 1") as a polygon in the space with the vertices P 1 - P N, wherein g. the method is repeated to generate multiple attention zones (1, 1', 1") of a single person or of several persons, and h. the number of vertices N is greater than or equal to three.