mhurhangee/patent-ind-claim-en huggingface dataset:
A cutting tool comprising: a first component and a second component pivotally connected to each other and being operated for performing cutting; and a control device , wherein the second component includes a receiving space used for mounting the control device ; characterized in that the control device comprises a pivot part with a pivot hole , two holding parts formed by extension of the pivot part , a platform part located between the holding parts and a groove set on the platform part ; and a support body having a connection part , a back part formed by extension of the connection part and a hook part formed by extension of one end of the back part ; wherein the support body is made from metal; a shape of the connection part is matched with a shape of the groove for being mounted in the groove ; a horizontal surface of the back part and a horizontal surface of the platform part are on the same plane and the hook part is projecting from the platform part after the connection part being mounted into the groove ; wherein the pivot part is mounted into the receiving space and pivotally connected to the second component by a shaft passed through the pivot hole of the pivot part and the receiving space so that the control device is operated like a pendulum by pushing the holding parts ; thereby the first component and the second component are locked or worked with each other for one-stage cutting or multi-stage cutting under control of the control device . a first component and a second component pivotally connected to each other and being operated for performing cutting; and a control device , wherein the second component includes a receiving space used for mounting the control device ; characterized in that the control device comprises a pivot part with a pivot hole , two holding parts formed by extension of the pivot part , a platform part located between the holding parts and a groove set on the platform part ; and a support body having a connection part , a back part formed by extension of the connection part and a hook part formed by extension of one end of the back part ; wherein the support body is made from metal; a shape of the connection part is matched with a shape of the groove for being mounted in the groove ; a horizontal surface of the back part and a horizontal surface of the platform part are on the same plane and the hook part is projecting from the platform part after the connection part being mounted into the groove ; wherein the pivot part is mounted into the receiving space and pivotally connected to the second component by a shaft passed through the pivot hole of the pivot part and the receiving space so that the control device is operated like a pendulum by pushing the holding parts ; thereby the first component and the second component are locked or worked with each other for one-stage cutting or multi-stage cutting under control of the control device .
A method for entropy coding run/data value pair data corresponding to a stream of integer-valued data, said method comprising: classifying each of said data values based on its magnitude; if the data value is classified as small, selecting a first code comprising k+2 bits from a first codebook, the selected first code from the first codebook having a predetermined preamble for the first bit and whose value for the remaining k+1 bits is based on the data value; if the data value is classified as large, selecting a first code comprising N+i bits from a second codebook, the selected first code from the second codebook having a predetermined preamble for the first bit and whose value for the remaining N bits is based on the data value and N; and outputting the selected first code to a channel, wherein the data value classified as small is a data value whose magnitude is greater than zero and less than or equal to 2 k , and wherein the data value classified as large is a data value whose magnitude is either equal to zero or greater than to 2 k . classifying each of said data values based on its magnitude; if the data value is classified as small, selecting a first code comprising k+2 bits from a first codebook, the selected first code from the first codebook having a predetermined preamble for the first bit and whose value for the remaining k+1 bits is based on the data value; if the data value is classified as large, selecting a first code comprising N+i bits from a second codebook, the selected first code from the second codebook having a predetermined preamble for the first bit and whose value for the remaining N bits is based on the data value and N; and outputting the selected first code to a channel, wherein the data value classified as small is a data value whose magnitude is greater than zero and less than or equal to 2 k , and wherein the data value classified as large is a data value whose magnitude is either equal to zero or greater than to 2 k .
A method, comprising: receiving , in a first key management device (SKDC R1) of a first autonomous network associated with a first realm (R1), a request for a group key to enable content to be shared between one or more first devices (104-106) of the first autonomous network and one or more second devices (107-109) of a second autonomous network associated with a second realm (R2), the second autonomous network having a second key management device (SKDC R2), wherein the request for the group key is received from one of the one or more first devices (104-106) or from one of the one or more second devices (107-109) via the second key management device (SKDC R2); obtaining the group key and provide the group key to the one or more first devices from the first key management device; establishing a temporal key to be used to establish a secure channel between the first key management device and the second key management device; and providing the group key to the second key management device from the first key management device via the secure channel, to enable the second key management device to provide the group key to the one or more second devices. receiving , in a first key management device (SKDC R1) of a first autonomous network associated with a first realm (R1), a request for a group key to enable content to be shared between one or more first devices (104-106) of the first autonomous network and one or more second devices (107-109) of a second autonomous network associated with a second realm (R2), the second autonomous network having a second key management device (SKDC R2), wherein the request for the group key is received from one of the one or more first devices (104-106) or from one of the one or more second devices (107-109) via the second key management device (SKDC R2); obtaining the group key and provide the group key to the one or more first devices from the first key management device; establishing a temporal key to be used to establish a secure channel between the first key management device and the second key management device; and providing the group key to the second key management device from the first key management device via the secure channel, to enable the second key management device to provide the group key to the one or more second devices.
A many to one communication method, comprising: a) receiving a first frame from a first wireless communications device by a receiving wireless communication station in a Orthogonal Frequency De-Modulation Multiple Access, OFDMA, wireless communications network ; b) transmitting a second frame to one or more wireless communications devices associating with the receiving wireless communication station using a wideband channel comprising a plurality of narrow bands, wherein the second frame set up a protection period for succeeding frame exchanges to avoid interference from one or more passerby wireless communications devices belonging to one or more overlapping wireless communications network ; c) receiving third frames from a subset of the one or more wireless communications devices associating with the receiving wireless communication station concurrently, wherein a corresponding subset of narrow bands of the wideband channel is used by a corresponding wireless communication devices of the subset for data or a radio resource request ; and d) informing the subset of the one or more wireless communications devices for further transmission opportunities if available, such that the further transmission is protected from interferences from the one or more passerby wireless communications devices , characterized in that the second frame comprises an indicator and a parameter set for succeeding access window for resource request for the subset of the one or more wireless communications devices, or the second frame comprises an indicator and a parameter set for succeeding access window for data for the subset of the one or more wireless communications devices. a) receiving a first frame from a first wireless communications device by a receiving wireless communication station in a Orthogonal Frequency De-Modulation Multiple Access, OFDMA, wireless communications network ; b) transmitting a second frame to one or more wireless communications devices associating with the receiving wireless communication station using a wideband channel comprising a plurality of narrow bands, wherein the second frame set up a protection period for succeeding frame exchanges to avoid interference from one or more passerby wireless communications devices belonging to one or more overlapping wireless communications network ; c) receiving third frames from a subset of the one or more wireless communications devices associating with the receiving wireless communication station concurrently, wherein a corresponding subset of narrow bands of the wideband channel is used by a corresponding wireless communication devices of the subset for data or a radio resource request ; and d) informing the subset of the one or more wireless communications devices for further transmission opportunities if available, such that the further transmission is protected from interferences from the one or more passerby wireless communications devices ,
A computer-implemented method, comprising: receiving, by a token server and from a client device , a request for an authentication token using user credentials; transmitting, from the token server to the client device , the authentication token, wherein the authentication token includes a user ID; receiving , by a server and from the client device , a request for a limited ID cookie with the authentication token; extracting, by the server , the user ID from the authentication token; verifying , by the server , the user ID to be authentic; retrieving , by the server , user information associated with the user ID; creating , by the server , using the user ID and the user information, the limited ID cookie , wherein creating the limited ID cookie comprises encrypting the user ID and the user information and including the encrypted user ID and the encrypted user information in the limited ID cookie , wherein the limited ID cookie is decryptable only by the server ; transmitting , from the server to the client device , the limited ID cookie , including the encrypted user ID and the encrypted user information; sending, by the client device , the limited ID cookie to an advertisement server ; and receiving, by the server and from the advertisement server , the limited ID cookie for decryption of the user ID included in the limited ID cookie so that the advertisement server can select one or more advertisements based on the decrypted user ID. receiving, by a token server and from a client device , a request for an authentication token using user credentials; transmitting, from the token server to the client device , the authentication token, wherein the authentication token includes a user ID; receiving , by a server and from the client device , a request for a limited ID cookie with the authentication token; extracting, by the server , the user ID from the authentication token; verifying , by the server , the user ID to be authentic; retrieving , by the server , user information associated with the user ID; creating , by the server , using the user ID and the user information, the limited ID cookie , wherein creating the limited ID cookie comprises encrypting the user ID and the user information and including the encrypted user ID and the encrypted user information in the limited ID cookie , wherein the limited ID cookie is decryptable only by the server ; transmitting , from the server to the client device , the limited ID cookie , including the encrypted user ID and the encrypted user information; sending, by the client device , the limited ID cookie to an advertisement server ; and receiving, by the server and from the advertisement server , the limited ID cookie for decryption of the user ID included in the limited ID cookie so that the advertisement server can select one or more advertisements based on the decrypted user ID.
A printing press (100*; 100**) adapted to carry out printing on a sheet-like or web-like substrate (S) comprising a printing unit (2*; 2**) designed to print a first side (I) and a second side (II) of the substrate (S), wherein the printing press (100*; 100**) further comprises an in-line casting device adapted to apply a layer of material acting as an optical medium on a portion of the first or second side (I, II) of the substrate (S) and to replicate and form a micro-optical structure (L) in the layer of material acting as optical medium, wherein the printing unit (2*; 2**) is adapted to print at least one printed pattern on the first or second side (I, II) of the substrate (S) in register with the micro-optical structure (L), and wherein the printing unit (2*; 2**) is a Simultan-type offset printing unit for the simultaneous recto-verso printing of the substrate (S).
A computer method for dynamically assisting a practitioner in preparing a dental bone grafting operation, the method comprising: - providing at least one image representing a 3D volume of at least a portion of a jaw member where bone grafting is to be carried out; - adding to the at least one image a representation of a 3D virtual object representing dental bone graft material ; - estimating a value of at least one geometric characteristic relating to the bone graft material to be used, as a function of geometric characteristics of the represented 3D virtual object, the geometric characteristics of the represented 3D virtual object comprising at least one of a shape, a volume, and a size; - enabling a user to modify the representation of the 3D virtual object; and - upon modification of the representation of the 3D virtual object, updating the estimated value of the at least one geometric characteristic, according to the modification of the representation of the 3D virtual object, the estimated value assisting the practitioner in determining the dental bone graft material needed. - providing at least one image representing a 3D volume of at least a portion of a jaw member where bone grafting is to be carried out; - adding to the at least one image a representation of a 3D virtual object representing dental bone graft material ; - estimating a value of at least one geometric characteristic relating to the bone graft material to be used, as a function of geometric characteristics of the represented 3D virtual object, the geometric characteristics of the represented 3D virtual object comprising at least one of a shape, a volume, and a size; - enabling a user to modify the representation of the 3D virtual object; and - upon modification of the representation of the 3D virtual object, updating the estimated value of the at least one geometric characteristic, according to the modification of the representation of the 3D virtual object, the estimated value assisting the practitioner in determining the dental bone graft material needed.
A base station for use in a mobile telecommunications system, the base station configured to communicate via a wireless interface with one or more terminals of the system, the system comprising one or more infrastructure nodes configured to communicate with the one or more terminals via the wireless interface, wherein resources of the wireless interface are allocated for successive periods of time and wherein the base station is further configured to: obtain (S1301) measurements wherein a measurement relates to a link between a first terminal of the one or more terminals and one of the one or more infrastructure nodes; identify (S1302) the communications between the first terminal and the one or more infrastructure nodes as delay-sensitive communications; identify (S1303) in the absence of a resource allocation request from the first terminal, based on the obtained measurements and on an identification of the communications between the first terminal and the one or more infrastructure nodes as delay-sensitive communications, resources to allocate for the first terminal to communicate with one or more of the infrastructure nodes wherein the identified resources are selected from two or more of the periods of time; and allocate (S1304) the identified resources for the first terminal to communicate with the one or more of the infrastructure nodes during the two or more periods of time. obtain (S1301) measurements wherein a measurement relates to a link between a first terminal of the one or more terminals and one of the one or more infrastructure nodes; identify (S1302) the communications between the first terminal and the one or more infrastructure nodes as delay-sensitive communications; identify (S1303) in the absence of a resource allocation request from the first terminal, based on the obtained measurements and on an identification of the communications between the first terminal and the one or more infrastructure nodes as delay-sensitive communications, resources to allocate for the first terminal to communicate with one or more of the infrastructure nodes wherein the identified resources are selected from two or more of the periods of time; and allocate (S1304) the identified resources for the first terminal to communicate with the one or more of the infrastructure nodes during the two or more periods of time.
A liquid discharging device comprising: a liquid discharging head including a nozzle and having a nozzle forming surface, the liquid discharging head configured to discharge a liquid through the nozzle ; a wiping member (320;700) configured to wipe the nozzle forming surface, the wiping member (320;700) having a first layer configured to be brought into contact with the nozzle forming surface and at least one more layer ; and a cleaning liquid that is applied to the nozzle forming surface, characterized in that the static surface tension of the cleaning liquid is greater than the static surface tension of the liquid, the static surface tension of the cleaning liquid, and the static surface tension of the liquid, being as measured at 25 degrees C using a CBVP-Z fully-automatic surface tensiometer manufactured by Kyowa Interface Science, Inc.. a liquid discharging head including a nozzle and having a nozzle forming surface, the liquid discharging head configured to discharge a liquid through the nozzle ; a wiping member (320;700) configured to wipe the nozzle forming surface, the wiping member (320;700) having a first layer configured to be brought into contact with the nozzle forming surface and at least one more layer ; and a cleaning liquid that is applied to the nozzle forming surface, characterized in that the static surface tension of the cleaning liquid is greater than the static surface tension of the liquid, the static surface tension of the cleaning liquid, and the static surface tension of the liquid, being as measured at 25 degrees C using a CBVP-Z fully-automatic surface tensiometer manufactured by Kyowa Interface Science, Inc..
Use of combinations of components a), b) and c) for increasing the primary washing power of detergents in the washing of textiles in washing liquids which are in particular aqueous and contain surfactants with respect to soiling which is in particular sensitive to surfactants or enzymes, wherein component a) is a polyalkoxylated amine with a weight average molecular weight M w in the range from 600 g/mol to 10000 g/mol, which is obtainable by reacting ammonia or primary alkyl or hydroxyalkylamines, which have a molecular weight below 200 g/mol, with alkylene oxides, component b) is an alcohol polyalkoxylate with a weight-average molecular weight M w in the range from 600 g/mol to 10000 g/mol, which is obtainable by reacting di- or triols with primary and/or secondary OH groups, which have a molecular weight M w in the range from 60 g/mol to 200 g/mol, with alkylene oxides, and component c) is a polyalkoxylated polyalkyleneimine which is obtainable by reacting polyalkyleneimines with alkylene oxides. component a) is a polyalkoxylated amine with a weight average molecular weight M w in the range from 600 g/mol to 10000 g/mol, which is obtainable by reacting ammonia or primary alkyl or hydroxyalkylamines, which have a molecular weight below 200 g/mol, with alkylene oxides, component b) is an alcohol polyalkoxylate with a weight-average molecular weight M w in the range from 600 g/mol to 10000 g/mol, which is obtainable by reacting di- or triols with primary and/or secondary OH groups, which have a molecular weight M w in the range from 60 g/mol to 200 g/mol, with alkylene oxides, and component c) is a polyalkoxylated polyalkyleneimine which is obtainable by reacting polyalkyleneimines with alkylene oxides.
A method for realizing load balancing, which is performed by a Centralized Control Node, CCNode, connected to multiple base stations, the method comprising: determining a cell to be balanced; determining the number of pieces of User Equipment, UEs, to be migrated from the cell to be balanced to at least one available neighboring cell of the cell to be balanced, and in a case where there is an inter-frequency neighboring cell in the at least one available neighbor cell of the cell to be balanced, adjusting, according to the number of all UEs, which support inter-frequency frequency points, reported by the cell to be balanced, the number of pieces of UEs to be migrated from the cell to be balanced to the inter-frequency neighboring cell; and sending a load balancing instruction to a base station to which the cell to be balanced belongs, wherein the load balancing instruction carries the number of UEs to be migrated from the cell to be balanced to the at least one available neighboring cell. determining a cell to be balanced; determining the number of pieces of User Equipment, UEs, to be migrated from the cell to be balanced to at least one available neighboring cell of the cell to be balanced, and in a case where there is an inter-frequency neighboring cell in the at least one available neighbor cell of the cell to be balanced, adjusting, according to the number of all UEs, which support inter-frequency frequency points, reported by the cell to be balanced, the number of pieces of UEs to be migrated from the cell to be balanced to the inter-frequency neighboring cell; and sending a load balancing instruction to a base station to which the cell to be balanced belongs, wherein the load balancing instruction carries the number of UEs to be migrated from the cell to be balanced to the at least one available neighboring cell.