mhurhangee/ep-ind-claims huggingface dataset:
A filled snack product comprising: a first sheet of a first mixture which is a dough based mixture having a first flat surface; a plurality of filling lines disposed upon said first flat surface of said first sheet, each of said plurality of filling lines disposed in spaced relationship to define a void between each of said adjacent filling lines; a second sheet of a second mixture, which is a dough based mixture is disposed over said first sheet and secured to at least a portion of said first sheet to sandwich said plurality of spaced filling lines between said first and second sheets; and a plurality of docking holes disposed through said first and second sheets for the release of steam or gas from said filled snack product during heating to minimize puffing of said filled snack product; wherein at least one of said plurality of docking holes pin said second sheet to said first sheet in at least one of said voids disposed between said plurality of filling lines to secure said second sheet to said first sheet; and wherein said first and second sheets each define a periphery and said second sheet is secured to said first sheet along at least a portion of said periphery to sandwich said plurality of spaced filling lines between said first and second sheets and each of said first and second sheets having a plurality of docking holes disposed within said periphery. a first sheet of a first mixture which is a dough based mixture having a first flat surface; a plurality of filling lines disposed upon said first flat surface of said first sheet, each of said plurality of filling lines disposed in spaced relationship to define a void between each of said adjacent filling lines; a second sheet of a second mixture, which is a dough based mixture is disposed over said first sheet and secured to at least a portion of said first sheet to sandwich said plurality of spaced filling lines between said first and second sheets; and a plurality of docking holes disposed through said first and second sheets for the release of steam or gas from said filled snack product during heating to minimize puffing of said filled snack product; wherein at least one of said plurality of docking holes pin said second sheet to said first sheet in at least one of said voids disposed between said plurality of filling lines to secure said second sheet to said first sheet; and wherein said first and second sheets each define a periphery and said second sheet is secured to said first sheet along at least a portion of said periphery to sandwich said plurality of spaced filling lines between said first and second sheets and each of said first and second sheets having a plurality of docking holes disposed within said periphery.
A lithium transition metal oxide having an α-NaFeO 2 layered crystal structure, as a cathode active material for lithium secondary battery, wherein the transition metal includes a blend of Ni and Mn, an average oxidation number of the transition metals except lithium is +3 or higher, and the lithium transition metal oxide satisfies Equations 1 and 2 below: 1.0 < m Ni / m Mn m Ni 2 + / m Mn 4 + < 1 wherein m(Ni)/m(Mn) represents a molar ratio of manganese to nickel and m (Ni 2+)/ m (Mn 4+) represents a molar ratio of Mn 4+ to Ni 2+, with the proviso that the transition metal does not include cobalt. wherein m(Ni)/m(Mn) represents a molar ratio of manganese to nickel and m (Ni 2+)/ m (Mn 4+) represents a molar ratio of Mn 4+ to Ni 2+, with the proviso that the transition metal does not include cobalt.
Arrangement for detecting acoustic feedback in a hearing device, having: - a first feedback detection unit which receives a microphone signal from the hearing device, and by means of which the probability of feedback can be determined, characterised by: - a second feedback detection unit which receives the microphone signal from the hearing device, and by means of which a threshold value can be controlled as a function of the occurrence of feedback, - wherein the threshold value lies between the values "0" indicating the definite presence of feedback and "1" indicating the definite absence of feedback, - wherein the first and second feedback detection units (61, 62) have different feedback detection algorithms, and - a comparison unit, by means of which the feedback probability can be compared to the threshold value and the overshoot of the threshold value can be signalled. - a first feedback detection unit which receives a microphone signal from the hearing device, and by means of which the probability of feedback can be determined, - a second feedback detection unit which receives the microphone signal from the hearing device, and by means of which a threshold value can be controlled as a function of the occurrence of feedback, - wherein the threshold value lies between the values "0" indicating the definite presence of feedback and "1" indicating the definite absence of feedback, - wherein the first and second feedback detection units (61, 62) have different feedback detection algorithms, and - a comparison unit, by means of which the feedback probability can be compared to the threshold value and the overshoot of the threshold value can be signalled.
An infusion set comprising: a housing for affixation to the skin of a patient via an adhesive strip, a cannula attached to the housing wherein the cannula comprises: a tube adapted to be inserted into the skin of the patient, the tube having a wall with an internal surface and an external surface and having a first portion adapted to be connected to a drug delivery device and a second portion extending in the opposite direction than the drug delivery device connection, wherein the second portion includes a tip at the end of the tube opposite to the first portion; wherein the second portion of the tube is curved; and wherein the second portion of the tube is adapted to straighten when an insertion needle is used to insert the tube into the skin of the patient and adapted to return to being curved when the insertion needle is removed. a housing for affixation to the skin of a patient via an adhesive strip, a cannula attached to the housing wherein the cannula comprises: a tube adapted to be inserted into the skin of the patient, the tube having a wall with an internal surface and an external surface and having a first portion adapted to be connected to a drug delivery device and a second portion extending in the opposite direction than the drug delivery device connection, wherein the second portion includes a tip at the end of the tube opposite to the first portion; wherein the second portion of the tube is curved; and wherein the second portion of the tube is adapted to straighten when an insertion needle is used to insert the tube into the skin of the patient and adapted to return to being curved when the insertion needle is removed. a tube adapted to be inserted into the skin of the patient, the tube having a wall with an internal surface and an external surface and having a first portion adapted to be connected to a drug delivery device and a second portion extending in the opposite direction than the drug delivery device connection, wherein the second portion includes a tip at the end of the tube opposite to the first portion; wherein the second portion of the tube is curved; and wherein the second portion of the tube is adapted to straighten when an insertion needle is used to insert the tube into the skin of the patient and adapted to return to being curved when the insertion needle is removed.
An apparatus for suppressing interference caused by motion artefacts, the apparatus comprising: a first signal line configured to couple biometric signals from a first skin electrode to a first input of a signal detection circuitry for measurement of the biometric signals; a second signal line configured to couple reference signals of the biometric signals to a second input of the signal detection circuitry; and an impedance circuitry coupled between the first signal line and the second signal line, characterized in that the impedance circuitry forms a circuit equivalent to an inductor, and wherein impedance of the impedance circuitry is higher on a first frequency band from 10 to 80 Hertz covering a frequency band of the measured biometric signals than on a second frequency band below the first frequency band. a first signal line configured to couple biometric signals from a first skin electrode to a first input of a signal detection circuitry for measurement of the biometric signals; a second signal line configured to couple reference signals of the biometric signals to a second input of the signal detection circuitry; and an impedance circuitry coupled between the first signal line and the second signal line, characterized in that the impedance circuitry forms a circuit equivalent to an inductor, and wherein impedance of the impedance circuitry is higher on a first frequency band from 10 to 80 Hertz covering a frequency band of the measured biometric signals than on a second frequency band below the first frequency band.
An isolated antibody or antibody fragment that binds to HER-3, comprising a CDR1 of the heavy chain represented by GGSFSGYYWS, a CDR2 of the heavy chain represented by EINHSGSTNYNPSLKS, and a CDR3 of the heavy chain represented by DKWTWYFDL, and a CDR1 of the light chain represented by RSSQSVLYSSSNRNYLA, a CDR2 of the light chain represented by WASTRES, and a CDR3 of the light chain represented by QQYYSTPRT.
An insulation cable, comprising: a composite stranded conductor, and a sheath layer formed of a material classified in ISO 6722 Class F and sheathing the composite stranded conductor, wherein the composite stranded conductor comprises a center stranded cable having at least one stranded cables, a first-layer assembled stranded cable formed by final-twisting a plurality of stranded cables arranged to surround a circumference of the center stranded cable, and a second-layer assembled stranded cable formed by final-twisting a plurality of stranded cables arranged to surround a circumference of the first-layer assembled stranded cable, a final-twist direction of the first-layer assembled stranded cable is the same as a final-twist direction of the second-layer assembled stranded cable, and wires included in the stranded cables of the center stranded cable, wires included in the stranded cables of the first-layer assembled stranded cable, and wires included in the stranded cables of the second-layer assembled stranded cable have a tensile strength of 90 MPa or more at an ambient temperature of 200°C or less, and are made from an aluminum alloy consisting of: 0.6 mass% iron (Fe), 0.01 mass% zirconium (Zr), 0.1 mass% silicon (Si), 0.005 mass% copper (Cu), 0.3 mass% magnesium (Mg), and a balance of aluminum (Al) and inevitable impurities, wherein an amount of the inevitable impurities is 0.15 mass% or less. a composite stranded conductor, and a sheath layer formed of a material classified in ISO 6722 Class F and sheathing the composite stranded conductor, wherein the composite stranded conductor comprises a center stranded cable having at least one stranded cables, a first-layer assembled stranded cable formed by final-twisting a plurality of stranded cables arranged to surround a circumference of the center stranded cable, and a second-layer assembled stranded cable formed by final-twisting a plurality of stranded cables arranged to surround a circumference of the first-layer assembled stranded cable, a final-twist direction of the first-layer assembled stranded cable is the same as a final-twist direction of the second-layer assembled stranded cable, and wires included in the stranded cables of the center stranded cable, wires included in the stranded cables of the first-layer assembled stranded cable, and wires included in the stranded cables of the second-layer assembled stranded cable have a tensile strength of 90 MPa or more at an ambient temperature of 200°C or less, and are made from an aluminum alloy consisting of: 0.6 mass% iron (Fe), 0.01 mass% zirconium (Zr), 0.1 mass% silicon (Si), 0.005 mass% copper (Cu), 0.3 mass% magnesium (Mg), and a balance of aluminum (Al) and inevitable impurities, wherein an amount of the inevitable impurities is 0.15 mass% or less. 0.6 mass% iron (Fe), 0.01 mass% zirconium (Zr), 0.1 mass% silicon (Si), 0.005 mass% copper (Cu), 0.3 mass% magnesium (Mg), and a balance of aluminum (Al) and inevitable impurities, wherein an amount of the inevitable impurities is 0.15 mass% or less.
An apex locator attachment (600d; 600g-600n) for electrically coupling a dental instrument (29, 51) to an apex locator comprising: an electrode (47;56;59;67) made of an electrically conductive material having a first portion and a second portion; and an insulating overmold which at least partly covers the electrode (47;56;59;67); wherein the first portion includes a clamping element with a spring back mechanism for clamping or hooking said apex locator attachment to the dental instrument for root canal measurement, and wherein said second portion is constructed as a jack-style connector or constructed to receive a jack-style connector for connection to an electrical connector of the apex locator, characterized in that the first portion of the electrode has plurality of openings for clamping different shaft diameters of dental instruments, or a plastic portion of a finger which exposes at least portion of the electrode includes a plurality of notches for receiving and restricting the movement of different sizes of dental instruments, or a coating material which is overmold onto the electrode includes a plurality of notches for receiving and clamping different sizes of dental instruments, or a cantilevered projection constructed to spring back and which extends to the electrode has a plurality of notches for holding dental instruments. an electrode (47;56;59;67) made of an electrically conductive material having a first portion and a second portion; and an insulating overmold which at least partly covers the electrode (47;56;59;67); wherein the first portion includes a clamping element with a spring back mechanism for clamping or hooking said apex locator attachment to the dental instrument for root canal measurement, and wherein said second portion is constructed as a jack-style connector or constructed to receive a jack-style connector for connection to an electrical connector of the apex locator, characterized in that the first portion of the electrode has plurality of openings for clamping different shaft diameters of dental instruments, or a plastic portion of a finger which exposes at least portion of the electrode includes a plurality of notches for receiving and restricting the movement of different sizes of dental instruments, or a coating material which is overmold onto the electrode includes a plurality of notches for receiving and clamping different sizes of dental instruments, or a cantilevered projection constructed to spring back and which extends to the electrode has a plurality of notches for holding dental instruments.
A method of replacing a cesium trap, the method characterized by: freezing a first cesium trap at least partially containing cesium therein, wherein the first cesium trap is located within a shielded cell; decoupling the first cesium trap from the shielded cell; removing the first cesium trap from the shielded cell; inserting a second cesium trap into the shielded cell; and attaching the second cesium trap to the shielded cell. freezing a first cesium trap at least partially containing cesium therein, wherein the first cesium trap is located within a shielded cell; decoupling the first cesium trap from the shielded cell; removing the first cesium trap from the shielded cell; inserting a second cesium trap into the shielded cell; and attaching the second cesium trap to the shielded cell.
A system for stimulating neural tissue comprising: an axial lead having a lead axis; at least one cathodic contact on said lead; at least two anodic contacts on said lead and on opposite sides of said cathodic contact; and a signal generator electrically, coupled to said cathodic and anodic contacts and configured to electrify said contacts to selectively stimulate a region of interest adjacent said contacts, and configured to selectively steer said region of interest in at least one mode selected from extension/retraction, tilting, shifting and narrowing/widening and further configured to generate an ellipsoid-like stimulating area, characterized in that said ellipsoid-like shape has no axis coaxial with said lead axis. an axial lead having a lead axis; at least one cathodic contact on said lead; at least two anodic contacts on said lead and on opposite sides of said cathodic contact; and a signal generator electrically, coupled to said cathodic and anodic contacts and configured to electrify said contacts to selectively stimulate a region of interest adjacent said contacts, and configured to selectively steer said region of interest in at least one mode selected from extension/retraction, tilting, shifting and narrowing/widening and further configured to generate an ellipsoid-like stimulating area, characterized in that said ellipsoid-like shape has no axis coaxial with said lead axis.
A relative humidity sensor, (10;20) comprising: a first electrode (4;24) and a second electrode (8;26) disposed above a dielectric substrate (2;22); a sensitive layer (6;28) disposed above at least one of the first electrode and the second electrode, the sensitive layer is formed from a composition including a polyimide and a hydrophobic filler; and a dust protection layer (12;29) disposed above the sensitive layer. a first electrode (4;24) and a second electrode (8;26) disposed above a dielectric substrate (2;22); a sensitive layer (6;28) disposed above at least one of the first electrode and the second electrode, the sensitive layer is formed from a composition including a polyimide and a hydrophobic filler; and a dust protection layer (12;29) disposed above the sensitive layer.
A method for autonomy of a base station, wherein the base station comprises at least one baseband unit, BBU, the method comprising: establishing, by the at least one BBU, an inter-subrack connection and a heartbeat connection with a first central control point, wherein the establishing an inter-subrack connection with a first central control point comprises: initiating a request broadcast, wherein the request broadcast is used for requesting to become the first central control point; selecting the first central control point according to a preset rule; and establishing a connection with the first central control point, wherein the connection is the inter-subrack connection; and when the heartbeat connection with the first central control point is lost, acquiring, by the at least one BBU, a second central control point. establishing, by the at least one BBU, an inter-subrack connection and a heartbeat connection with a first central control point, wherein the establishing an inter-subrack connection with a first central control point comprises: initiating a request broadcast, wherein the request broadcast is used for requesting to become the first central control point; selecting the first central control point according to a preset rule; and establishing a connection with the first central control point, wherein the connection is the inter-subrack connection; and when the heartbeat connection with the first central control point is lost, acquiring, by the at least one BBU, a second central control point. initiating a request broadcast, wherein the request broadcast is used for requesting to become the first central control point; selecting the first central control point according to a preset rule; and establishing a connection with the first central control point, wherein the connection is the inter-subrack connection; and when the heartbeat connection with the first central control point is lost, acquiring, by the at least one BBU, a second central control point.
A radiator comprising at least one heating plate (2, 3, 30), preferably with a first room-side heating plate facing the room to be heated, wherein a connection fitting configured as a central port is provided with a first supply port and a first return port, wherein the first supply port and the first return port are configured as supply and return housings (15, 16), wherein in each case a connecting piece (8, 9) configured as a connection point is connected in the lateral, upper end regions of the radiator or of the heating plate (2, 3, 30), into which connecting piece a valve for regulating the flow of the heating fluid coming from the first supply port into the heating plate (2, 3, 30) and a shut-off or sealing component for preventing the entry of heating fluid into the heating plate (2, 3, 30) and for preventing the flow of the heating fluid can be inserted or is inserted, wherein a distributor fitting is provided with a defined riser pipe which establishes a direct, in particular the only, connection for the heating fluid from the connection fitting to the connecting pieces (8, 9), characterised in that at least a second alternative supply port and at least a second alternative return port are provided, wherein the second supply port is connected in a fluid conducting manner to the connection fitting, so that heating fluid flowing in via the second supply port enters the distributor fitting, and in that the second alternative supply port is structurally connected via a pipe connection on the return housing of the first return port, in particular laterally connected thereto, wherein the pipe connection passes through the return housing of the first return port and is hydraulically connected to the riser pipe.
An integral middle tube of an electric bicycle comprising: a middle tube and a charging holder tube integrated with the middle tube, the charging holder tube being connected to a lower portion of the middle tube, with the middle tube and the charging holder tube being hollow structures; the charging holder tube comprising at least one flat surface to form a mounting member of a charging holder; the mounting member comprising a settling plate indented inward from a middle portion of the flat surface towards an inner portion of the middle tube, with a mounting portion being formed on the settling plate, and a plug interface formed on the middle portion of the settling plate for the charging holder to be exposed; characterized in that the charging holder tube is integrated with the middle tube by a hydraulic forming way, and in that the plug interface comprises an auxiliary recess formed on an edge thereof for a cover passing through the auxiliary recess to removably connect to the charging holder received in the charging holder tube.