mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing a chocolate product , in particular chocolate tablets or chocolate bars, having visible preferably particulate inclusions made from an edible non-chocolate material, comprising at least the following steps: - providing a mold ; - providing inclusions comprising nuts; - providing heated chocolate having a viscosity between 1000 and 15000 mPas, preferably between 2500 and 12000 mPas, and even more preferably between 5000 and 10000 mPas; - distributing the inclusions on the mold such that the inclusions rest at least partially in the curved bottom section of the at least one cavity element of the mold ; - depositing the heated chocolate in the mold such that the arranged nuts essentially keep in place; - cooling the heated chocolate until the chocolate solidifies; - removing the solidified chocolate from the mold . wherein the mold comprises at least one cavity element in which inclusions and chocolate can be filled, wherein the cavity element comprises a curved bottom section and at least one adjacent side wall section extending from the curved bottom section to an upper side of the mold , wherein the cavity element has the following dimensions: - a maximum depth between 10 and 80 mm; - a maximum width between 8 and 100 mm, wherein the ratio of the maximum depth to the maximum width is between 0.3 and 1.2; - the curved bottom section has a radius between 4 and 50 mm; - the at least one side wall section extends from the upper side of the mold to a depth between 4 and 70 mm. - providing a mold ; - providing inclusions comprising nuts; - providing heated chocolate having a viscosity between 1000 and 15000 mPas, preferably between 2500 and 12000 mPas, and even more preferably between 5000 and 10000 mPas; - distributing the inclusions on the mold such that the inclusions rest at least partially in the curved bottom section of the at least one cavity element of the mold ; - depositing the heated chocolate in the mold such that the arranged nuts essentially keep in place; - cooling the heated chocolate until the chocolate solidifies; - removing the solidified chocolate from the mold . wherein the mold comprises at least one cavity element in which inclusions and chocolate can be filled, wherein the cavity element comprises a curved bottom section and at least one adjacent side wall section extending from the curved bottom section to an upper side of the mold , wherein the cavity element has the following dimensions: - a maximum depth between 10 and 80 mm; - a maximum width between 8 and 100 mm, wherein the ratio of the maximum depth to the maximum width is between 0.3 and 1.2; - the curved bottom section has a radius between 4 and 50 mm; - the at least one side wall section extends from the upper side of the mold to a depth between 4 and 70 mm.
A router comprising: an input ; an output ; shared memory ; a forwarding path configured to forward a plurality of packets from the input to the output , the forwarding path also having at least one counter between the input and the output and configured to count non-packet specific information of the plurality of packets forwarded through the forwarding path from the input to the output and before the plurality of packets reach the output, the non-packet specific information being aggregate packet information that does not include information that can be used to identify details of a specific packet, the at least one counter configured to produce count information for storage in the shared memory ; and a service path configured to manage statistical data relating to the plurality of packets forwarded through the forwarding path , the service path being configured to retrieve the count information from the shared memory and transmit the count information from the shared memory to a database within a persistent storage for storage, the service path being further configured to produce statistical information using the count information retrieved from the shared memory and calculate a flow rate of the plurality of packets through the forwarding path, determine a total number of packets through the forwarding path for a given time, or determine a total number of bits through the forwarding path for a given time. an input ; an output ; shared memory ; a forwarding path configured to forward a plurality of packets from the input to the output , the forwarding path also having at least one counter between the input and the output and configured to count non-packet specific information of the plurality of packets forwarded through the forwarding path from the input to the output and before the plurality of packets reach the output, the non-packet specific information being aggregate packet information that does not include information that can be used to identify details of a specific packet, the at least one counter configured to produce count information for storage in the shared memory ; and a service path configured to manage statistical data relating to the plurality of packets forwarded through the forwarding path , the service path being configured to retrieve the count information from the shared memory and transmit the count information from the shared memory to a database within a persistent storage for storage, the service path being further configured to produce statistical information using the count information retrieved from the shared memory and calculate a flow rate of the plurality of packets through the forwarding path, determine a total number of packets through the forwarding path for a given time, or determine a total number of bits through the forwarding path for a given time.
A method of planning a route for working an agricultural area by a mobile machine , comprising the steps: at least horizontally location-resolved estimation of a soil compacting (S10) resulting from an earlier working of the area by the same or another machine , and taking account of the ascertained soil compacting in establishing the configuration of a route for the intended working of the area by the machine (2, S4-S9), characterised in that a set of location-resolved soil compacting data of the area to be worked is updated in each working of the area (S10). at least horizontally location-resolved estimation of a soil compacting (S10) resulting from an earlier working of the area by the same or another machine , and taking account of the ascertained soil compacting in establishing the configuration of a route for the intended working of the area by the machine (2, S4-S9), characterised in that a set of location-resolved soil compacting data of the area to be worked is updated in each working of the area (S10).
A computer-implemented encrypted computation method , comprising: - storing data representing a ciphertext, wherein the ciphertext comprises one or more random mask polynomials and a body polynomial derived from the mask polynomials and a plaintext; - obtaining respective multiplicand polynomials by which to multiply the mask polynomials and the body polynomial; - expanding the stored data representing the ciphertext, wherein the stored data comprises a seed of pseudo-random number generator and a representation of the body polynomial in a Fourier domain of a number-theoretic transform, and wherein the expanding comprises using the pseudo-random number generator according to the seed to generate representations of the mask polynomials In the Fourier domain; - computing polynomial products of the mask polynomials and the body polynomial by the respective multiplicand polynomials, wherein the polynomial products are computed in the Fourier domain, resulting in representations of the computed polynomial products in the Fourier domain; and - outputting the computed polynomial products. - storing data representing a ciphertext, wherein the ciphertext comprises one or more random mask polynomials and a body polynomial derived from the mask polynomials and a plaintext; - obtaining respective multiplicand polynomials by which to multiply the mask polynomials and the body polynomial; - expanding the stored data representing the ciphertext, wherein the stored data comprises a seed of pseudo-random number generator and a representation of the body polynomial in a Fourier domain of a number-theoretic transform, and wherein the expanding comprises using the pseudo-random number generator according to the seed to generate representations of the mask polynomials In the Fourier domain; - computing polynomial products of the mask polynomials and the body polynomial by the respective multiplicand polynomials, wherein the polynomial products are computed in the Fourier domain, resulting in representations of the computed polynomial products in the Fourier domain; and - outputting the computed polynomial products.
A comb head with double vibrating comb comprising: - a first oscillating comb and a second oscillating comb , with opposing movements, pivotally received on at least one oscillation pivot , - a motor shaft for driving the first and second oscillating combs , and - a comb transmission connecting the motor shaft to the first and to the second combs, the comb transmission comprising a first connecting rod and a second connecting rod , the first connecting rod and the second connecting rod being connected respectively to a first actuation pivot and to a second actuation pivot respectively of the first comb and of the second comb , the first actuation pivot and the second actuation pivot being offset with respect to the oscillation pivot , and wherein: - the comb transmission comprises a first eccentric and a second eccentric , the second eccentric being rotationally connected to the first eccentric, the first eccentric and the second eccentric being connected to the first actuation pivot and to the second actuation pivot respectively by the first connecting rod and the second connecting rod , characterised in that the first connecting rod and the second connecting rod respectively have a first length and a second length, the second length being different from the first length. - a first oscillating comb and a second oscillating comb , with opposing movements, pivotally received on at least one oscillation pivot , - a motor shaft for driving the first and second oscillating combs , and - a comb transmission connecting the motor shaft to the first and to the second combs, the comb transmission comprising a first connecting rod and a second connecting rod , the first connecting rod and the second connecting rod being connected respectively to a first actuation pivot and to a second actuation pivot respectively of the first comb and of the second comb , the first actuation pivot and the second actuation pivot being offset with respect to the oscillation pivot , - the comb transmission comprises a first eccentric and a second eccentric , the second eccentric being rotationally connected to the first eccentric, the first eccentric and the second eccentric being connected to the first actuation pivot and to the second actuation pivot respectively by the first connecting rod and the second connecting rod ,
A component mounting device configured to mount components onto a board (S) using a head , comprising: conveyance means for conveying the board (S) in a conveyance direction; holding means for holding the board which is conveyed; specific processing means for performing, from under the board which is held, a specific process which is necessary for mounting of the components in a specific range which is narrower in the conveyance direction than a movement range of the head and which is narrower in the conveyance direction than a mounting surface of the board; and control means for repeating a mounting process and a shifting process until mounting of the components on the mounting surface is completed, and wherein the control means is configured to, in the mounting process, control the head and the specific processing means to mount the components using the specific range of the mounting surface as a mounting range, characterized in that the control means is configured to, in the shifting process, control the conveyance means and the holding means to shift the mounting range by releasing holding of the board and conveying the board, and to subsequently hold the board, the specific processing means includes a heater for partially heating the board as the specific process, and a base block on which the heater is installed via a thermally insulating material, and the component mounting device further comprises cooling medium circulation means for causing a cooling medium to circulate inside the base block . conveyance means for conveying the board (S) in a conveyance direction; holding means for holding the board which is conveyed; specific processing means for performing, from under the board which is held, a specific process which is necessary for mounting of the components in a specific range which is narrower in the conveyance direction than a movement range of the head and which is narrower in the conveyance direction than a mounting surface of the board; and control means for repeating a mounting process and a shifting process until mounting of the components on the mounting surface is completed, and wherein the control means is configured to, in the mounting process, control the head and the specific processing means to mount the components using the specific range of the mounting surface as a mounting range, characterized in that the control means is configured to, in the shifting process, control the conveyance means and the holding means to shift the mounting range by releasing holding of the board and conveying the board, and to subsequently hold the board, the specific processing means includes a heater for partially heating the board as the specific process, and a base block on which the heater is installed via a thermally insulating material, and the component mounting device further comprises cooling medium circulation means for causing a cooling medium to circulate inside the base block .
A polypeptide composition comprising: a) a first peptide; b) a second peptide; and c) a linker consisting of one to four sequential repeats of the amino acid sequence of SEQ ID NO. 1, and optionally the amino acid sequence glycine alanine proline (GAP) at the C-terminus, wherein the linker is disposed between said first peptide and said second peptide. a) a first peptide; b) a second peptide; and c) a linker consisting of one to four sequential repeats of the amino acid sequence of SEQ ID NO. 1, and optionally the amino acid sequence glycine alanine proline (GAP) at the C-terminus, wherein the linker is disposed between said first peptide and said second peptide.
Method for monitoring overload in an industrial truck having a lifting mast and a load receiving device guided such that it can be moved vertically on the lifting mast, in particular a load fork, having at least one hydraulic cylinder for raising the load receiving device, having pressure sensor means for measuring a load pressure , having an operating device for entering control commands to raise/lower the load receiving device, and having a controller, wherein the controller detects by using the load pressure whether a value corresponding to a maximum load has been reached during a raise control command, characterized in that, during a control command to raise the load receiving device and with a load pressure corresponding to a maximum load, the controller supplies pressure medium for a minimum time period and then stops the supply of pressure medium and, following the stoppage of the pressure medium supply, upon the occurrence of at least one considerable pressure drop , detects an actual lifting movement and the application of a load.
A gas turbine engine, comprising: a combustor assembly (7; 107; 207), having a plurality of burners (18; 118; 218) circumferentially arranged about an axis (A); a fuel supply system , configured to supply a fuel flowrate (M2) to the burners (18; 118; 218); and a controller , configured to control the fuel flowrate (M2); characterised in that the controller is further configured to activate and deactivate each burner (18; 118; 218) so that: an equal number of adjacent burners (18; 118; 218) is maintained active in a first partial load condition and in a second partial load condition; and at least one of the burners (18; 118; 218) which are active in the first partial load condition is deactivated in the second partial load condition and at least one of the burners (18; 118; 218) which are inactive in the first partial load condition is activated in the second partial load condition. a combustor assembly (7; 107; 207), having a plurality of burners (18; 118; 218) circumferentially arranged about an axis (A); a fuel supply system , configured to supply a fuel flowrate (M2) to the burners (18; 118; 218); and a controller , configured to control the fuel flowrate (M2); characterised in that the controller is further configured to activate and deactivate each burner (18; 118; 218) so that: an equal number of adjacent burners (18; 118; 218) is maintained active in a first partial load condition and in a second partial load condition; and at least one of the burners (18; 118; 218) which are active in the first partial load condition is deactivated in the second partial load condition and at least one of the burners (18; 118; 218) which are inactive in the first partial load condition is activated in the second partial load condition. an equal number of adjacent burners (18; 118; 218) is maintained active in a first partial load condition and in a second partial load condition; and at least one of the burners (18; 118; 218) which are active in the first partial load condition is deactivated in the second partial load condition and at least one of the burners (18; 118; 218) which are inactive in the first partial load condition is activated in the second partial load condition.
Femoral component of a knee prosthesis comprising a convex external portion and an intercondylar cage which comprises an upper internal surface that is parallel to the internal surfaces of the base of the component and two lateral internal surfaces , said component having a generally U-shaped design with a flat internal base and coated, on at least one internal surface intended to rest against a resected part of a femur, by a coating layer promoting bone regrowth, characterized in that the upper internal surface is closed and that the coating layer is exclusively affixed on internal surfaces of the component which are not part of the intercondylar cage .
A method comprising: receiving , by a content platform and from a first browser of a digital content provider , data identifying digital content and a first set of one or more demographic categories for which demographic reporting is to be performed; associating , by the content platform , a user of a client device on which the digital content is being displayed with a second set of one or more demographic categories; if the first set of one or more demographic categories and the second set of one or more demographic categories have at least one demographic category in common, transmitting , by the content platform , browsing events input on the client device and the at least one common demographic category to an application programming interface, API, wherein the API combines the browsing events and the at least one common demographic category with at least one browsing event of other users and related at least one demographic category that is one of the first set of one or more demographic categories to generate aggregated data; receiving , by the content platform and from the API, the aggregated data; generating, by the content platform , a report comprising the aggregated data; and transmitting , by the content platform , the report to the first browser of the digital content provider . receiving , by a content platform and from a first browser of a digital content provider , data identifying digital content and a first set of one or more demographic categories for which demographic reporting is to be performed; associating , by the content platform , a user of a client device on which the digital content is being displayed with a second set of one or more demographic categories; if the first set of one or more demographic categories and the second set of one or more demographic categories have at least one demographic category in common, transmitting , by the content platform , browsing events input on the client device and the at least one common demographic category to an application programming interface, API, wherein the API combines the browsing events and the at least one common demographic category with at least one browsing event of other users and related at least one demographic category that is one of the first set of one or more demographic categories to generate aggregated data; receiving , by the content platform and from the API, the aggregated data; generating, by the content platform , a report comprising the aggregated data; and transmitting , by the content platform , the report to the first browser of the digital content provider .
A computer-implemented method performed by a network assurance appliance for validating routing information to a destination node in a network fabric comprising a plurality of spine nodes and a plurality of leaf nodes comprising: retrieving routing table information from the nodes in the network fabric , wherein the routing table information includes node specific information from each node of the plurality of nodes ; wherein one of the plurality of nodes is the destination node; and wherein the node specific information includes a relationship of each node to other nodes in the network fabric ; constructing a graph representation of the routing table information by aggregating the node specific information from each of the plurality of nodes in the fabric with the destination node represented as a sink vertex for the graph representation having only incoming edges; determining , for each leaf node in the network fabric, whether the leaf node can reach the sink vertex based on the graph representation; and determining that there is a misconfiguration of the network fabric when it is determined that one or more leaf nodes in the network fabric cannot reach the sink vertex. retrieving routing table information from the nodes in the network fabric , wherein the routing table information includes node specific information from each node of the plurality of nodes ; wherein one of the plurality of nodes is the destination node; and wherein the node specific information includes a relationship of each node to other nodes in the network fabric ; constructing a graph representation of the routing table information by aggregating the node specific information from each of the plurality of nodes in the fabric with the destination node represented as a sink vertex for the graph representation having only incoming edges; determining , for each leaf node in the network fabric, whether the leaf node can reach the sink vertex based on the graph representation; and determining that there is a misconfiguration of the network fabric when it is determined that one or more leaf nodes in the network fabric cannot reach the sink vertex.
A hinge having a side part fixable on a wall and a hinge part , which is pivotable in relation to the side part and is fixable on a door, wherein two levers , which are each rotatably mounted on the side part and on the hinge part , are provided between the side part and the hinge part , and a linear damper arranged in the side part having a housing and a piston rod , whereby a control curve is integrally formed on a first one of the levers , which control curve compresses the linear damper during a closing movement, wherein the housing of the linear damper is immovably fixed in the side part and the piston rod is movable by the control curve , characterized in that the control curve is formed on at least one curved web of the first lever , and slides along a pin of the hinge , which is operationally connected to the linear damper .