mhurhangee/ep-ind-claims huggingface dataset:
A secret sharing apparatus which is adapted to generate, from secret data, a plurality of pieces of shared data (A, B, C) from which the secret data is able to be restored, wherein the secret data includes a plurality of pieces of divided data, and the secret sharing apparatus comprises a shared data generating section which is adapted to perform an XOR operation between the pieces of divided data and to generate the plurality of pieces of shared data (A, B, C) which includes a result of the XOR operation between the pieces of divided data.
A web page preview system and an edit environment for web pages executing in disparate run-time environments (20, 44), the edit environment providing access to, and editing of, preview content; in which the system comprises a web host for providing both a first version and a second version of a set of web pages in a run-time environment, the second version being a version edited by the edit environment; and an interface for receiving requests from users for access to the different versions of the set of web pages; in which the system is arranged in use to provide access to the first version of the set of web pages in the run-time environment to a general set of users; and in which the edit environment is arranged in use to provide access to the second version of the set of web pages in the run-time environment to a restricted sub-set of users; in which the preview system allows transfer of web page content from the edit environment to provide a copy of the content in the run-time environment of the preview system, the copy of the content being maintained in parallel and separate from published web page content in the run-time environment of the preview system and constituting the second version of the set of web pages; so that the second version of the set of web pages may be previewed in the run-time environment by the restricted sub-set of users; in which editing of the web pages is inhibited in the run-time environment.
A hearing aid with a receiver placed in a receiver housing, said receiver being configured to be placed at least partly in the ear canal of a user, the hearing aid further comprising a sound tube acoustically connected to a sound port opening of the receiver, and having longitudinal extensions in at least two directions, the sound tube further having a total length of around 18 to 40 mm.
A backlight unit for switching between a 2D image display mode and a 3D image display mode, the backlight unit comprising: a lighting system configured to selectively output collimated light and diverging light; a diffraction device; a light guide plate configured to guide the collimated light and the diverging light from the lighting system to the diffraction device; wherein the lighting system includes: a light source configured to emit the diverging light; and a collimator configured to change the diverging light from the light source into the collimated light; and characterized in that the lighting system further includes: an optical switch configured to selectively output the collimated light and the diverging light to the light guide plate; and wherein the optical switch comprises an actuator configured to move the collimator to and away from an optical axis of the light source. a lighting system configured to selectively output collimated light and diverging light; a diffraction device; a light guide plate configured to guide the collimated light and the diverging light from the lighting system to the diffraction device; wherein the lighting system includes: a light source configured to emit the diverging light; and a collimator configured to change the diverging light from the light source into the collimated light; and characterized in that the lighting system further includes: an optical switch configured to selectively output the collimated light and the diverging light to the light guide plate; and wherein the optical switch comprises an actuator configured to move the collimator to and away from an optical axis of the light source. a light source configured to emit the diverging light; and a collimator configured to change the diverging light from the light source into the collimated light; and characterized in that the lighting system further includes: an optical switch configured to selectively output the collimated light and the diverging light to the light guide plate; and wherein the optical switch comprises an actuator configured to move the collimator to and away from an optical axis of the light source. an optical switch configured to selectively output the collimated light and the diverging light to the light guide plate; and wherein the optical switch comprises an actuator configured to move the collimator to and away from an optical axis of the light source.
A bone holding forceps having jaws (31, 32) with clamping tips (23, 24) and arms (1, 2), wherein the forceps is provided with a drilling guide and wherein the drilling guide allows for drilling parallel to a line connecting the clamping tips of the jaws, wherein the drilling guide comprises an element with a bore that can slide and rotate on a guiding shaft mounted between the jaws or the arms by means of pivots (5, 6), so that a line connecting the pivots (5, 6) is parallel to the line connecting the clamping tips (23, 24) of the jaws.
A lyophilized formulation of an anti-tissue factor antibody-drug conjugate, the lyophilized formulation obtainable or obtained by lyophilizing an aqueous formulation comprising from about 9 to about 11 g/L of said anti-TF ADC and pharmaceutically acceptable excipients comprising about 29 to about 31 mM histidine buffer having a pH of about 5.5 to about 6.5; about 84 to about 92 mM sucrose and about 158 to about 172 mM mannitol, and wherein: a. the formulation is free of surfactant, b. the anti-TF antibody portion of the ADC comprises a variable heavy region comprising a CDR1 region having the amino acid sequence set forth in SEQ ID NO: 6, a CDR2 region having the amino acid sequence set forth in SEQ ID NO: 7, and a CDR3 region having the amino acid sequence set forth in SEQ ID NO: 8, and a variable light region comprising a CDR1 region having the amino acid sequence set forth in SEQ ID NO:46, a CDR2 region having the amino acid sequence set forth in SEQ ID NO: 47, and a CDR3 region having the amino acid sequence set forth in SEQ ID NO: 48, or a variant which has at most 1, 2, or 3 amino-acid modifications, more preferably amino-acid substitutions such as conservative amino acid substitutions in said sequences, c. the drug portion of the ADC is vcMMAE. a. the formulation is free of surfactant, b. the anti-TF antibody portion of the ADC comprises a variable heavy region comprising a CDR1 region having the amino acid sequence set forth in SEQ ID NO: 6, a CDR2 region having the amino acid sequence set forth in SEQ ID NO: 7, and a CDR3 region having the amino acid sequence set forth in SEQ ID NO: 8, and a variable light region comprising a CDR1 region having the amino acid sequence set forth in SEQ ID NO:46, a CDR2 region having the amino acid sequence set forth in SEQ ID NO: 47, and a CDR3 region having the amino acid sequence set forth in SEQ ID NO: 48, or a variant which has at most 1, 2, or 3 amino-acid modifications, more preferably amino-acid substitutions such as conservative amino acid substitutions in said sequences, c. the drug portion of the ADC is vcMMAE.
Filler material for an artificial turf, comprising natural base material and mixture containing loess and resin, and having powder or pellet form, wherein the loess is adsorbed to the natural base material, and the resin encloses the natural base material, thereby preventing generation of dust from the natural base material.
A phytase variant having at least 80% identity to SEQ ID NO:2 and comprising at least two disulfide bridges as compared to SEQ ID NO:2, wherein said two disulfide bridges are in addition to the four naturally occurring ones in positions 77/108, 133/407, 178/187, and 381/390 with the numbering as provided in SEQ ID NO:2, wherein the at least two disulfide bridges are selected from the group consisting of the position pairs: A) 52/99 and B) 31/177 and wherein the phytase variant has improved thermostability compared to the phytase of SEQ ID NO: 2.
A bundle of potted hollow fiber membranes comprising: a) an array of hollow fiber membranes; b) a first layer of adhesive surrounding and connecting the membranes; and, c) a second layer of adhesive surrounding and connecting the membranes d) a layer of a thermoset potting material sealed to and between the membranes, wherein the thermoset potting material is formed from a mixture of at least two chemically reactive components, and wherein the layer of potting material extends from the first layer of adhesive to a point spaced from the first ends of the membranes, and wherein the second layer of adhesive extends from the layer of potting material to a point at or near the first ends of the membranes. a) an array of hollow fiber membranes; b) a first layer of adhesive surrounding and connecting the membranes; and, c) a second layer of adhesive surrounding and connecting the membranes d) a layer of a thermoset potting material sealed to and between the membranes, wherein the thermoset potting material is formed from a mixture of at least two chemically reactive components, and
A ceramic heat exchanger made of a ceramic, for forcing a first medium and a second medium, different in temperature, to flow in opposite directions to transfer heat between the first and second media, comprising: a cylinder-shaped body having first channels for the first medium to flow and second channels for the second medium to flow, and lids each having openings, joined to axially opposite ends (2a, 2b) of the body with the openings connected to the first channels, wherein: the body further has inlet channels formed in a first channel outlet-side end portion to allow the second medium to enter the body at a side thereof and flow into the second channels, and outlet channels formed in a first channel inlet-side end portion to allow the second medium to flow out of the second channels and leave the body at the side thereof, the inlet channels as well as the outlet channels are grooves (23a, 24a) formed in the body and delimited by an inner side of the lid, the grooves (23a, 24a) extending transversely across the body and connecting to the second channels, and the grooves (23 a, 24a) formed in the middle of the side of the body have greater depths (Da, Db) in the axial direction of the body than the grooves (23a, 24a) formed near the top or bottom of the side of the body. a cylinder-shaped body having first channels for the first medium to flow and second channels for the second medium to flow, and lids each having openings, joined to axially opposite ends (2a, 2b) of the body with the openings connected to the first channels, wherein: the body further has inlet channels formed in a first channel outlet-side end portion to allow the second medium to enter the body at a side thereof and flow into the second channels, and outlet channels formed in a first channel inlet-side end portion to allow the second medium to flow out of the second channels and leave the body at the side thereof, the inlet channels as well as the outlet channels are grooves (23a, 24a) formed in the body and delimited by an inner side of the lid, the grooves (23a, 24a) extending transversely across the body and connecting to the second channels, and the grooves (23 a, 24a) formed in the middle of the side of the body have greater depths (Da, Db) in the axial direction of the body than the grooves (23a, 24a) formed near the top or bottom of the side of the body. the body further has inlet channels formed in a first channel outlet-side end portion to allow the second medium to enter the body at a side thereof and flow into the second channels, and outlet channels formed in a first channel inlet-side end portion to allow the second medium to flow out of the second channels and leave the body at the side thereof, the inlet channels as well as the outlet channels are grooves (23a, 24a) formed in the body and delimited by an inner side of the lid, the grooves (23a, 24a) extending transversely across the body and connecting to the second channels, and the grooves (23 a, 24a) formed in the middle of the side of the body have greater depths (Da, Db) in the axial direction of the body than the grooves (23a, 24a) formed near the top or bottom of the side of the body.
A fluid dispenser comprising a reservoir and a dispenser member (2; 6, 7, 8) including a fluid dispenser orifice (45; 84) via which the fluid is dispensed from the dispenser so as to be accessible to a user, the dispenser including at least one contact surface for coming into contact with the fluid, the contact surface including a bactericidal photocatalyst, the dispenser further including a source of radiation for irradiating the bactericidal photocatalyst, the dispenser including a removable protective cap (5; 5') that masks the dispenser orifice in the storage condition; characterized in that the source of radiation is supported by a removable protective cap (5; 5'), the contact surface being defined at the dispenser orifice (45; 84). characterized in that the source of radiation is supported by a removable protective cap (5; 5'), the contact surface being defined at the dispenser orifice (45; 84).
A computer implemented method for providing a full-duplex capable client to establish a full-duplex bi-directional communication stream using a remote procedure call based communication protocol by following a series of full-duplex bi-directional communication semantics, comprising: initiating full-duplex communication over a single protocol connection between the full-duplex capable client and a server via a network, wherein the full-duplex capable client is configured to engage the server by sending an initial handshake to the server, the initial handshake including a request and a body; receiving one or more response headers from the server in response to the initial handshake request, the one or more response headers signaling an acceptance of the initial handshake by the server, wherein the acceptance of the initial handshake by the server establishes communication between the full-duplex capable client and the server; streaming a client request stream by the full-duplex capable client to the server following the acceptance of the initial handshake by the server via the network over the single protocol connection; accepting a response stream from the server over the single protocol connection while the full-duplex capable client streams the client request stream over the single protocol connection; and enabling the full-duplex bi-directional communication stream using the remote procedure call based communication protocol when the client request stream and the response stream communicate over the single protocol connection simultaneously. initiating full-duplex communication over a single protocol connection between the full-duplex capable client and a server via a network, wherein the full-duplex capable client is configured to engage the server by sending an initial handshake to the server, the initial handshake including a request and a body; receiving one or more response headers from the server in response to the initial handshake request, the one or more response headers signaling an acceptance of the initial handshake by the server, wherein the acceptance of the initial handshake by the server establishes communication between the full-duplex capable client and the server; streaming a client request stream by the full-duplex capable client to the server following the acceptance of the initial handshake by the server via the network over the single protocol connection; accepting a response stream from the server over the single protocol connection while the full-duplex capable client streams the client request stream over the single protocol connection; and enabling the full-duplex bi-directional communication stream using the remote procedure call based communication protocol when the client request stream and the response stream communicate over the single protocol connection simultaneously.
A method for the singulation of parcels, whereby the parcels are initially present as a bulk flow, whereby the parcels are transported in the form of a package flow on at least two different transport means (10, 20, 30, 40, 50, 60, 70, 80, 90, 100, 110, 120, 130, 140, 150) at different transport speeds, characterized in that the transport direction is deflected at least once by approximately 45°.
Method for authenticating a first device by a switching centre inside a network, - the first device transmitting a first identifier to the switching centre in an identity region of a data structure, - the first device transmitting at least one additional identifier (112, 121, 122) to the switching centre in an extended identity region of the data structure, and - the switching centre authenticating the first device on the basis of the transmitted first identifier and the transmitted additional identifier (112, 121, 122) and authorizing the first device to access the network from a plurality of network interfaces, which are specified by the identifiers (111, 112, 121, 122), in a one-off authentication process. - the first device transmitting a first identifier to the switching centre in an identity region of a data structure, - the first device transmitting at least one additional identifier (112, 121, 122) to the switching centre in an extended identity region of the data structure, and - the switching centre authenticating the first device on the basis of the transmitted first identifier and the transmitted additional identifier (112, 121, 122) and authorizing the first device to access the network from a plurality of network interfaces, which are specified by the identifiers (111, 112, 121, 122), in a one-off authentication process.
A battery cell, comprising: an electrode assembly; a pouch case that accommodates the electrode assembly therein; and an electrode lead including an outer lead that protrudes outside the pouch case and an inner lead disposed between the outer lead and the electrode assembly, accommodated in the pouch case, and cut by tension applied when the pouch case expands, the battery cell characterized in that the pouch case is formed of a first surface and a second surface that face each other, and a portion of the inner lead is coupled to the first surface and another portion of the inner lead is coupled to the second surface such that the tension is applied to the inner lead when the pouch case is expanded. an electrode assembly; a pouch case that accommodates the electrode assembly therein; and an electrode lead including an outer lead that protrudes outside the pouch case and an inner lead disposed between the outer lead and the electrode assembly, accommodated in the pouch case, and cut by tension applied when the pouch case expands, the battery cell characterized in that the pouch case is formed of a first surface and a second surface that face each other, and a portion of the inner lead is coupled to the first surface and another portion of the inner lead is coupled to the second surface such that the tension is applied to the inner lead when the pouch case is expanded.
A launching apparatus comprising a wing body; and a flying object configured to be launched in air, wherein said wing body has suspending means, said flying object being suspended by said suspending means, and characterized in that said suspending means are configured to be cut to release the flying object from the wing body, and in that the suspending means comprises at least two lanyards (13a,13b), and one part of said lanyards is configured to be cut so as to arrange a head portion of said flying object toward an upward direction, and then the remaining part of said lanyards is configured to be cut so as to release said flying object from said wing body, and then said flying object is ignited and launched in the air.
A computer-implemented method for optimizing a faceprint of a given user comprising a plurality of reference images for performing facial recognition at a client device, the optimization comprising: evaluating a face candidate image of the given user to determine an optimized faceprint of the given user, by: calculating one or more distances between the face candidate and the plurality of reference images of the faceprint of the given user in a plurality of users; selecting the face candidate to determine the optimized faceprint if each reference image of the plurality of reference images has at least a minimal distance to the face candidate; calculating distances between the selected face candidate and reference images in faceprints of other users in the plurality of users, and between the set of reference images of the given user and the reference images in the faceprints of other users in the plurality of users; selecting from the face candidate and the set of reference images, a reduced set of reference images having one or more greatest distances to the reference images in the faceprints of other users in the plurality of users; and providing the reduced set of reference images to the client device as the optimized faceprint; wherein calculating distances between the face candidate and reference images in faceprints of other users in the plurality of users is performed within a network of users having faceprints likely to be used to perform a recognition in images captured at the client device. calculating one or more distances between the face candidate and the plurality of reference images of the faceprint of the given user in a plurality of users; selecting the face candidate to determine the optimized faceprint if each reference image of the plurality of reference images has at least a minimal distance to the face candidate; calculating distances between the selected face candidate and reference images in faceprints of other users in the plurality of users, and between the set of reference images of the given user and the reference images in the faceprints of other users in the plurality of users; selecting from the face candidate and the set of reference images, a reduced set of reference images having one or more greatest distances to the reference images in the faceprints of other users in the plurality of users; and providing the reduced set of reference images to the client device as the optimized faceprint; wherein calculating distances between the face candidate and reference images in faceprints of other users in the plurality of users is performed within a network of users having faceprints likely to be used to perform a recognition in images captured at the client device.
An electric centrifugal blower comprising an impeller having an orthogonal rotation z axis coincident with the z axis of an xyz coordinate system, the impeller having a diameter D1 and being within a blower volute that has a discharge mouth parallel to a plane passing through the z axis and perpendicular to the xy-plane, wherein the x-axis passes through the rotation z-axis and is perpendicular to the discharge mouth, said blower volute having a baffle in the vicinity of the end cross-section of said discharge mouth, said blower volute being characterised in that it is constructed from a plurality of tracts with relative radii R1, R2, R3, wherein R1 is the outer radius of the said blower volute at an angle of 172.66 grades in the xy-plane, R2 is the outer radius of the said blower volute at an angle of 256.02 grades in the xy-plane, R3 is the outer radius of the said blower volute at an angle of 372.34 grades in the xy-plane, the relationships of said radii R1, R2, R3 to the diameter D1 of the impeller being respectively R1/D1 = 0.79 ± 5%, R2/D1= 0.70 ± 5% and R3/D1 = 0.57 ± 5%.