mhurhangee/patent-ind-claim-en huggingface dataset:
A method for removing a foreign substance comprising: a step of preparing a Fabry-Perot interference filter including a substrate having a first surface and a second surface opposite to the first surface, a first laminate having a first mirror portion arranged on the first surface , and a second laminate having a second mirror portion arranged on the first mirror portion , in which a gap (S) is formed between a portion of the first laminate at least including the first mirror portion and a portion of the second laminate at least including the second mirror portion facing each other so that a distance between the first mirror portion and the second mirror portion facing each other varies by an electrostatic force; a step of detecting a foreign substance (F) adhering to a surface of the second laminate opposite to the first laminate ; and a step of blowing air in which an airflow peak position is adjusted on the basis of a position of the detected foreign substance (F) onto the surface of the second laminate and thereby removing the foreign substance (F) from the surface of the second laminate . a step of preparing a Fabry-Perot interference filter including a substrate having a first surface and a second surface opposite to the first surface, a first laminate having a first mirror portion arranged on the first surface , and a second laminate having a second mirror portion arranged on the first mirror portion , in which a gap (S) is formed between a portion of the first laminate at least including the first mirror portion and a portion of the second laminate at least including the second mirror portion facing each other so that a distance between the first mirror portion and the second mirror portion facing each other varies by an electrostatic force; a step of detecting a foreign substance (F) adhering to a surface of the second laminate opposite to the first laminate ; and a step of blowing air in which an airflow peak position is adjusted on the basis of a position of the detected foreign substance (F) onto the surface of the second laminate and thereby removing the foreign substance (F) from the surface of the second laminate .
An adjustment device for positioning support surface segments of an operating table, having a four-bar linkage via which a base element of the operating table and a support surface segment of a patient support surface of the operating table are connected, wherein the four-bar linkage has a first guide bar which at its first end is connected to the base element so as to be pivotable about a first swivel axis (A1), and at its second end is connected to a first end of a coupler so as to be pivotable about a second swivel axis (A2) that is parallel to the first swivel axis (A1), and wherein the four-bar linkage has a second guide bar which at its first end is connected to the base element so as to be pivotable about a third swivel axis (A3) that is parallel to the first swivel axis (A1), and at its second end is connected to the coupler so as to be pivotable about a fourth swivel axis (A4) that is parallel to the first swivel axis (A1), characterized in that the support surface segment is connected to the four-bar linkage so as to be pivotable about the second swivel axis (A2).
A damper for a continuous ink jet printer, comprising - a fluid receiving chamber , comprising at least a lateral wall , a fluid inlet , and a fluid outlet - a second chamber comprising a bottom wall with a surface and - at least one membrane (14, 14 1 , 14 2 , 32), said membrane being in a material having a Young modulus between 0,5 MPa and 1000 MPa and comprising damping rings or damping studs which protrude from the membrane said membrane being deformed under the influence of a pressure variation in said fluid receiving chamber such that the damping rings or damping studs bear on the lower surface , thus ensuring a damping of said pressure variation. - a fluid receiving chamber , comprising at least a lateral wall , a fluid inlet , and a fluid outlet - a second chamber comprising a bottom wall with a surface and - at least one membrane (14, 14 1 , 14 2 , 32), said membrane being in a material having a Young modulus between 0,5 MPa and 1000 MPa and comprising damping rings or damping studs which protrude from the membrane said membrane being deformed under the influence of a pressure variation in said fluid receiving chamber such that the damping rings or damping studs bear on the lower surface , thus ensuring a damping of said pressure variation.
An apparatus, comprising: a drag device configured to convey a printable medium (P) to a printing area (A); a feed device configured to feed the printable medium to the drag device; and a lock device disposed between the feed device and the drag device, the lock device configured to be put in a lock position or in a release position, wherein, while the drag device is kept running, in a first operation mode of the apparatus, the feed device is configured to feed the printable medium and the lock device is put in the lock position to temporarily fix a first portion (P1) of the printable medium so as to cause a second portion (P2) of the printable medium being in contact with the drag device to slip along the drag device without being moved by the drag device, so as to form a buckle (B) in a third portion (P3) of the printable medium located between the feed device and the lock device, and in a second operation mode of the apparatus, the lock device is configured to be put in the release position to release the first portion and the drag device is configured to consume the buckle by conveying the printable medium to the printing area, and the feed device is configured to stop to provide an interruption interval during which the feed device stops feeding the printable medium. a drag device configured to convey a printable medium (P) to a printing area (A); a feed device configured to feed the printable medium to the drag device; and a lock device disposed between the feed device and the drag device, the lock device configured to be put in a lock position or in a release position, wherein, while the drag device is kept running, in a first operation mode of the apparatus, the feed device is configured to feed the printable medium and the lock device is put in the lock position to temporarily fix a first portion (P1) of the printable medium so as to cause a second portion (P2) of the printable medium being in contact with the drag device to slip along the drag device without being moved by the drag device, so as to form a buckle (B) in a third portion (P3) of the printable medium located between the feed device and the lock device, and in a second operation mode of the apparatus, the lock device is configured to be put in the release position to release the first portion and the drag device is configured to consume the buckle by conveying the printable medium to the printing area, and the feed device is configured to stop to provide an interruption interval during which the feed device stops feeding the printable medium.
A peptide that binds specifically to neuropilin-1, without binding to neuropilin-2, wherein the peptide comprises an amino acid sequence of any one of SEQ ID NO: 1 to SEQ ID NO: 3.
A composite structure comprising: a multi-layer laminate comprising: a plurality of layers of material; and at least one crack barrier layer extending within the plurality of layers of material, wherein the multi-layer laminate is folded to define a first web region and a second web region in a face-to-face relationship, and a folded tip region defined between the first web region and the second web region , wherein the at least one crack barrier layer is configured to restrict crack propagation from spreading between the plurality of layers of material in the folded tip region , and wherein the at least one crack barrier layer is fabricated from a bidirectional carbon fiber material, and the plurality of layers of material have a structural configuration different from that of the at least one crack barrier layer . a multi-layer laminate comprising: a plurality of layers of material; and at least one crack barrier layer extending within the plurality of layers of material, a plurality of layers of material; and at least one crack barrier layer extending within the plurality of layers of material, wherein the multi-layer laminate is folded to define a first web region and a second web region in a face-to-face relationship, and a folded tip region defined between the first web region and the second web region , wherein the at least one crack barrier layer is configured to restrict crack propagation from spreading between the plurality of layers of material in the folded tip region , and wherein the at least one crack barrier layer is fabricated from a bidirectional carbon fiber material, and the plurality of layers of material have a structural configuration different from that of the at least one crack barrier layer .
A gear device comprising: a ring gear comprising an annular body with a plurality of mounting portions ; and an plurality of teeth arranged on an inner circumferential surface of the annular body; wherein the annular body and the teeth are integrally formed from powder metal; a flange mounted to an end of the ring gear , the flange comprising a plurality of engaging portions engaged with the mounting portions of the ring gear respectively; and a planetary gear train disposed within the ring gear ; and the flange comprises a flange body abutting the end of the ring gear , and a connecting portion extending from the flange body and being inserted into inside of the ring gear , characterized in that the connecting portion has a round circumferential surface configured to contact with tips of the teeth of the ring gear . a ring gear comprising an annular body with a plurality of mounting portions ; and an plurality of teeth arranged on an inner circumferential surface of the annular body; wherein the annular body and the teeth are integrally formed from powder metal; a flange mounted to an end of the ring gear , the flange comprising a plurality of engaging portions engaged with the mounting portions of the ring gear respectively; and a planetary gear train disposed within the ring gear ; and the flange comprises a flange body abutting the end of the ring gear , and a connecting portion extending from the flange body and being inserted into inside of the ring gear , characterized in that the connecting portion has a round circumferential surface configured to contact with tips of the teeth of the ring gear .
A surgical suture package comprising: a main body including a base plate , an outer wall portion extending upward along an outer edge of the base plate , and an inner wall portion configured inside the outer wall portion in a manner extending upward to provide an accommodating portion accommodating a suture between the outer wall portion and the inner wall portion ; a fixing clip provided on an inner surface of the base plate and configured to fasten a suture needle coupled to an end of the suture ; multiple protruding bumps provided on an upper inner surface of the outer wall portion in a manner being spaced a predetermined distance apart from each other; and multiple cover members provided on an upper portion of the inner wall portion in a manner being spaced a predetermined distance apart from each other, und wherein a label is provided on an upper part of the main body to provide product information including a product name, characterised in that the multiple cover members are configured to cover above the suture in a manner being bent outward and being hooked on lower surfaces of the protruding bumps to keep being bent such that the suture accommodated in the accommodating portion is prevented from being released, and wherein the label is fastened by inserting an edge thereof between the protruding bumps and the cover members . a main body including a base plate , an outer wall portion extending upward along an outer edge of the base plate , and an inner wall portion configured inside the outer wall portion in a manner extending upward to provide an accommodating portion accommodating a suture between the outer wall portion and the inner wall portion ; a fixing clip provided on an inner surface of the base plate and configured to fasten a suture needle coupled to an end of the suture ; multiple protruding bumps provided on an upper inner surface of the outer wall portion in a manner being spaced a predetermined distance apart from each other; and multiple cover members provided on an upper portion of the inner wall portion in a manner being spaced a predetermined distance apart from each other, und wherein a label is provided on an upper part of the main body to provide product information including a product name, characterised in that the multiple cover members are configured to cover above the suture in a manner being bent outward and being hooked on lower surfaces of the protruding bumps to keep being bent such that the suture accommodated in the accommodating portion is prevented from being released, and wherein the label is fastened by inserting an edge thereof between the protruding bumps and the cover members .
Method for operating an electrical energy storage system, comprising at least one electrical energy storage unit, comprising the follow steps: a) identifying a first temperature value T 1 from a detected first temperature variable of the electrical energy storage system; b) identifying a heat transfer characteristic value R th , which denotes a heat transfer within the electrical energy storage system; identifying an electric current value I th as a function of the identified first temperature value T 1 , a second temperature value T 2 , which is identified from a data memory as a predefined temperature limit value T lim for the electrical energy storage unit and/or for the electrical energy storage system, an electrical resistance value R cell , a thermal capacity value c cell and a defined interval and the heat transfer characteristic value R th according to the equation I th = 1 2 c cell m cell Δ T R cell c rem + c cell 2 m cell 2 Δ T 2 c cell 2 c rem 2 + 4 Δ T R th R cell ; c) operating the energy storage system in such a way that an electric current flowing in the electrical energy storage system does not exceed the identified current value I th at least during a partial interval of the defined interval. a) identifying a first temperature value T 1 from a detected first temperature variable of the electrical energy storage system; b) identifying a heat transfer characteristic value R th , which denotes a heat transfer within the electrical energy storage system; identifying an electric current value I th as a function of the identified first temperature value T 1 , a second temperature value T 2 , which is identified from a data memory as a predefined temperature limit value T lim for the electrical energy storage unit and/or for the electrical energy storage system, an electrical resistance value R cell , a thermal capacity value c cell and a defined interval and the heat transfer characteristic value R th according to the equation I th = 1 2 c cell m cell Δ T R cell c rem + c cell 2 m cell 2 Δ T 2 c cell 2 c rem 2 + 4 Δ T R th R cell ; c) operating the energy storage system in such a way that an electric current flowing in the electrical energy storage system does not exceed the identified current value I th at least during a partial interval of the defined interval.
A method of coding an information signal in a digital video block, the method comprising: receiving the information signal; processing at least a part of the received information into k quantized pulse vectors ( x ), each quantized pulse vector x k contains integer values representative of a discrete portion of the at least a part of the received information, has a vector length n , and a number of non-zero integer values at positions within that quantized pulse vector x k ; determining, within the at least a part of the received information, a probability of the i -th position of every vector x k being occupied by a non-zero value; characterized in that the method further comprises: generating, using the determined probabilities, a set of conditional probabilities over all the k quantized pulse vectors ( x ) of a given position within the quantized pulse vector x k ( i ) being a non-zero value, with i ranging from 1 to n , given that the number of remaining positions ( j ) having non-zero values in the vector x k lie in the range from i to n, where j is a bit index; coding non-zero position location information for each quantized pulse vector x k using binary arithmetic coding using the generated set of conditional probabilities. receiving the information signal; processing at least a part of the received information into k quantized pulse vectors ( x ), each quantized pulse vector x k contains integer values representative of a discrete portion of the at least a part of the received information, has a vector length n , and a number of non-zero integer values at positions within that quantized pulse vector x k ; determining, within the at least a part of the received information, a probability of the i -th position of every vector x k being occupied by a non-zero value; characterized in that the method further comprises: generating, using the determined probabilities, a set of conditional probabilities over all the k quantized pulse vectors ( x ) of a given position within the quantized pulse vector x k ( i ) being a non-zero value, with i ranging from 1 to n , given that the number of remaining positions ( j ) having non-zero values in the vector x k lie in the range from i to n, where j is a bit index; coding non-zero position location information for each quantized pulse vector x k using binary arithmetic coding using the generated set of conditional probabilities. generating, using the determined probabilities, a set of conditional probabilities over all the k quantized pulse vectors ( x ) of a given position within the quantized pulse vector x k ( i ) being a non-zero value, with i ranging from 1 to n , given that the number of remaining positions ( j ) having non-zero values in the vector x k lie in the range from i to n, where j is a bit index; coding non-zero position location information for each quantized pulse vector x k using binary arithmetic coding using the generated set of conditional probabilities.
Method for processing requests for access to computer virtualization services, implemented by a virtualization gateway , this gateway maintaining a database containing, for each platform of a plurality of virtualization platforms, at least one computer virtualization service (VS3, VS4, VS5) offered by this platform and connection information allowing access to said at least one service via this platform, this processing method comprising: - a step (E80) of reception of an access request (R) from a terminal to a computer virtualization service (VS3) offered by a virtualization platform , this access request having been transmitted by a web browser installed on the terminal; - if the service (VS3) requested by the terminal is contained in the base maintained by the gateway (E90), a step of generation (E100), from the connection information associated in the base with this service, of a system application (JSApp) adapted to the service (VS3), this system application comprising a module (CX-MOD3) for connection to the virtualization platform offering said service, capable of allowing the terminal to negotiate the setting up and the maintaining of a communication session (SESS3) with said platform ; and - a step of sending (E110) of the generated system application to the web browser installed on the terminal. - a step (E80) of reception of an access request (R) from a terminal to a computer virtualization service (VS3) offered by a virtualization platform , this access request having been transmitted by a web browser installed on the terminal; - if the service (VS3) requested by the terminal is contained in the base maintained by the gateway (E90), a step of generation (E100), from the connection information associated in the base with this service, of a system application (JSApp) adapted to the service (VS3), this system application comprising a module (CX-MOD3) for connection to the virtualization platform offering said service, capable of allowing the terminal to negotiate the setting up and the maintaining of a communication session (SESS3) with said platform ; and - a step of sending (E110) of the generated system application to the web browser installed on the terminal.
A spectacle lens for at least one eye of a user having a lens body comprising at least one permanent marking , wherein the at least one permanent marking is or comprises at least one diffractive structure , wherein at least one diffractive pattern generated by illumination of the diffractive structure is designated to be invisible upon a first kind of illumination and designated to be visible only upon a second kind of illumination , wherein visible is a property of the at least one diffractive pattern of being perceived by the at least one eye of the user , and wherein invisible is a property of the at least one diffractive pattern of not being perceived by the at least one eye of the user , characterized in that the at least one diffractive pattern is designated for being visible only upon an angle of the second kind of illumination with respect to a surface of the spectacle lens of a maximum of 45°, wherein the at least one permanent marking is configured to provide information about at least one of a location on the lens body , wherein the information about the at least one location on the lens body is selected from at least one of: - a distance reference point; - at least one near reference point; - a fitting cross; - a prism reference point; or - an alignment reference marking. - a distance reference point; - at least one near reference point; - a fitting cross; - a prism reference point; or - an alignment reference marking.
Pack for cigarettes, consisting of an outer pack in the embodiment as a hinge-lid box and an inner pack as a sealed block with an inner blank which surrounds the pack contents, in particular a cigarette group , and is made from a preferably aroma-proof and moisture-proof, thermally sealable foil which has an opening aid which can be used multiple times in the region of one inner end wall and preferably folding tabs which are connected to one another by way of thermal sealing in the region of inner side walls and, in particular, one inner bottom wall , and the sealing block or the inner blank having an opening aid of which can be used multiple times in the region of the inner end wall , in the case of which opening aid a removal opening with an opening tab is formed in the region of an inner layer of the continuously multiple-layer inner blank or in the region of a separate foil piece which is attached to the inner side of the inner blank or within the multiple-layer inner blank , characterized in that , in the case of the opening aid which can be used multiple times, an outer actuating tab is formed by way of an outer layer of the inner blank .