mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing an object by additive manufacturing, the method comprising at least one repetition of the steps; - providing a layer of particulate material on a surface; wherein the particulate material comprises: 15 to 70 wt% of an aluminosilicate oxide based compound having a Si:Al molar ratio in the range of 0.7 to 2.5, the aluminosilicate oxide based compound being an anhydrous pozzolanic aluminosilicate compound, and an inorganic aggregate; - compacting the layer of particulate material provided on the production surface whereby a compacted layer of particulate material having a density of between 1.4 and 1.8 g/cm 3 is formed; - providing a liquid composition on the compacted layer of particulate material, wherein the liquid composition is provided on the compacted layer using a piezoelectric print head, wherein the liquid composition is provided in drops having a drop size in a range of 100 to 200 picoliter, wherein the liquid composition is an aqueous solution comprising 10 to 50 wt% alkali metal silicate having a molar ratio of Si:M in the range of 0.7 to 1.5, wherein M is an alkali metal; and - forming the object by allowing the liquid composition to react with the particulate material. - providing a layer of particulate material on a surface; 15 to 70 wt% of an aluminosilicate oxide based compound having a Si:Al molar ratio in the range of 0.7 to 2.5, the aluminosilicate oxide based compound being an anhydrous pozzolanic aluminosilicate compound, and an inorganic aggregate; - compacting the layer of particulate material provided on the production surface whereby a compacted layer of particulate material having a density of between 1.4 and 1.8 g/cm 3 is formed; - providing a liquid composition on the compacted layer of particulate material, wherein the liquid composition is provided on the compacted layer using a piezoelectric print head, wherein the liquid composition is provided in drops having a drop size in a range of 100 to 200 picoliter, wherein the liquid composition is an aqueous solution comprising 10 to 50 wt% alkali metal silicate having a molar ratio of Si:M in the range of 0.7 to 1.5, wherein M is an alkali metal; and - forming the object by allowing the liquid composition to react with the particulate material.
A blade guard assembly comprising a blade guard and a blade guard receiver ; said blade guard comprising a cover for covering at least a portion of a saw blade and a first locking formation on an outer surface of the blade guard ; characterized by said blade guard receiver comprising a housing which defines an opening and a second locking formation on an inner surface of said housing; wherein at least part of said blade guard , including said first locking formation, can be inserted into said opening, and wherein said first and second locking formations are arranged to cooperate with one another to lock the blade guard to the blade guard receiver when it is inserted therein, the blade guard assembly further comprising a splash guard or cover device hingedly attached to the blade guard receiver , or a guide attached to the blade guard receiver comprising a wheel accessory for guiding movement of the saw blade . said blade guard comprising a cover for covering at least a portion of a saw blade and a first locking formation on an outer surface of the blade guard ; characterized by said blade guard receiver comprising a housing which defines an opening and a second locking formation on an inner surface of said housing; wherein at least part of said blade guard , including said first locking formation, can be inserted into said opening, and wherein said first and second locking formations are arranged to cooperate with one another to lock the blade guard to the blade guard receiver when it is inserted therein, the blade guard assembly further comprising a splash guard or cover device hingedly attached to the blade guard receiver , or a guide attached to the blade guard receiver comprising a wheel accessory for guiding movement of the saw blade .
A fermenter vessel of a biogas plant, having at least one height-adjustable agitator , wherein the agitator , in the fermenter vessel , is guided with a guide element on a guide rail oriented approximately vertically in a vertical axis direction and is held in height-adjustable manner by means of a traction cable , with the agitator being held in height-adjustable manner on a cable pulley by means of the traction cable , with the agitator being height-adjustable by winding or unwinding the traction cable with a controllable cable pulley motor drive as a height actuator, characterized in that a traction force measuring device (22; 25) is provided for directly and/or indirectly measuring the traction force on the traction cable in accordance with a cable tension, such that, by means of the traction force measuring device (22; 25), in the case of a controlled height adjustment of the agitator , varying traction force measurement signals are generated in accordance with varying traction forces and are supplied to an evaluation device and at least one traction force threshold value is predefined in the evaluation device , wherein the cable pulley motor drive shuts down automatically when said threshold value is reached. having at least one height-adjustable agitator , wherein the agitator , in the fermenter vessel , is guided with a guide element on a guide rail oriented approximately vertically in a vertical axis direction and is held in height-adjustable manner by means of a traction cable , with the agitator being held in height-adjustable manner on a cable pulley by means of the traction cable , with the agitator being height-adjustable by winding or unwinding the traction cable with a controllable cable pulley motor drive as a height actuator, characterized in that a traction force measuring device (22; 25) is provided for directly and/or indirectly measuring the traction force on the traction cable in accordance with a cable tension, such that, by means of the traction force measuring device (22; 25), in the case of a controlled height adjustment of the agitator , varying traction force measurement signals are generated in accordance with varying traction forces and are supplied to an evaluation device and at least one traction force threshold value is predefined in the evaluation device , wherein the cable pulley motor drive shuts down automatically when said threshold value is reached.
An ink jet textile printing composition set comprising: an ink jet textile printing ink composition and a penetrant, wherein the ink jet textile printing ink composition comprises a fluorescent dye and water, and the penetrant comprises a compound having a lactam structure and water; wherein the ink jet textile printing ink composition comprises one or more selected from Na ions, K ions, and Li ions; and a total content of Na ions, K ions, and Li ions is 100 ppm or more and 8000 ppm or less; and the penetrant does not comprise a dye or pigment an ink jet textile printing ink composition and a penetrant, wherein the ink jet textile printing ink composition comprises a fluorescent dye and water, and the penetrant comprises a compound having a lactam structure and water; wherein the ink jet textile printing ink composition comprises one or more selected from Na ions, K ions, and Li ions; and a total content of Na ions, K ions, and Li ions is 100 ppm or more and 8000 ppm or less; and the penetrant does not comprise a dye or pigment
A monochromator comprising: a first Wien filter; a second Wien filter placed behind the first Wien filter; a third Wien filter placed behind the second Wien filter; a fourth Wien filter placed behind the third Wien filter; and at least one energy-selecting slit placed in at least one of a space between the first and second Wien filters and a space between the third and fourth Wien filters; wherein the first and second Wien filters are arranged symmetrically with respect to a first plane of symmetry; wherein the third and fourth Wien filters are arranged symmetrically with respect to a second plane of symmetry; wherein a pair of said first and second Wien filters and a pair of said third and fourth Wien filters are arranged symmetrically with respect to a third plane of symmetry; and wherein the first, second, third, and fourth Wien filters produce their respective electromagnetic fields which are identical in sense and strength. a first Wien filter; a second Wien filter placed behind the first Wien filter; a third Wien filter placed behind the second Wien filter; a fourth Wien filter placed behind the third Wien filter; and at least one energy-selecting slit placed in at least one of a space between the first and second Wien filters and a space between the third and fourth Wien filters; wherein the first and second Wien filters are arranged symmetrically with respect to a first plane of symmetry; wherein the third and fourth Wien filters are arranged symmetrically with respect to a second plane of symmetry; wherein a pair of said first and second Wien filters and a pair of said third and fourth Wien filters are arranged symmetrically with respect to a third plane of symmetry; and wherein the first, second, third, and fourth Wien filters produce their respective electromagnetic fields which are identical in sense and strength.
A battery pack transport system (100; 100') comprising: a battery pack including a first cover ; a second cover mounted to the first cover ; a battery module received in a receiving space formed between the first and second covers and a female connector connected to the battery module , the battery module having two battery cell groups, each battery cell group configured with a plurality of cells and having a positive electrode and a negative electrode; a female connector having a plurality of conductive terminals respectively and electrically connected to positive and negative electrodes of two battery cell groups, two conductive terminals with same polarity may be connected with each other in parallel to connect two battery cell groups with each other in parallel; and the battery pack transport system (100; 100') further comprises a protective member (600; 700) adapted to be mechanically coupled to the battery pack to change the electrical connection of two conductive terminals with same polarity from parallel connected state to isolated state, the protective member (600; 700) comprises a plurality of inserting portions (62; 72) corresponding to the conductive terminals of the battery pack , and wherein the inserting portions (62; 72) each is connected to a corresponding conductive terminal when the protective member (600; 700) is coupled to the battery pack , characterized in that the female connector comprises a converter slidably received therein, and wherein the converter includes a plurality of inner contacts corresponding to the conductive terminals , and each inner contact is simultaneously connected to two conductive terminals with same polarity when the protective member (600; 700) is separated from the battery pack . two conductive terminals with same polarity may be connected with each other in parallel to connect two battery cell groups with each other in parallel; and the battery pack transport system (100; 100') further comprises a protective member (600; 700) adapted to be mechanically coupled to the battery pack to change the electrical connection of two conductive terminals with same polarity from parallel connected state to isolated state, the protective member (600; 700) comprises a plurality of inserting portions (62; 72) corresponding to the conductive terminals of the battery pack , and wherein the inserting portions (62; 72) each is connected to a corresponding conductive terminal when the protective member (600; 700) is coupled to the battery pack , characterized in that the female connector comprises a converter slidably received therein, and wherein the converter includes a plurality of inner contacts corresponding to the conductive terminals , and each inner contact is simultaneously connected to two conductive terminals with same polarity when the protective member (600; 700) is separated from the battery pack .
A method performed by a wireless device for handling neighbour relationships between radio network nodes in a wireless communication network; wherein the wireless device is served by a first radio network node in the wireless communication network ; the method comprising: - receiving , from the first radio network node , a report indication indicating that the wireless device is to report information identifying the first radio network node to another radio network node; - transmitting a random access request of a connection setup to one or more radio network nodes; wherein the received signal is a received random access response from the second radio network node setting up a connection between the wireless device and the second radio network node ; - receiving a signal from a second radio network node which signal is associated with the second radio network node; - transmitting , to the second radio network node , the information identifying the first radio network node ; and - after the information identifying the first radio network node is transmitted to the second radio network node , aborting the connection to the second radio network node . - receiving , from the first radio network node , a report indication indicating that the wireless device is to report information identifying the first radio network node to another radio network node; - transmitting a random access request of a connection setup to one or more radio network nodes; wherein the received signal is a received random access response from the second radio network node setting up a connection between the wireless device and the second radio network node ; - receiving a signal from a second radio network node which signal is associated with the second radio network node; - transmitting , to the second radio network node , the information identifying the first radio network node ; and - after the information identifying the first radio network node is transmitted to the second radio network node , aborting the connection to the second radio network node .
An optical device, comprising: a silicon waveguide ; a first support member ; a base on which the silicon waveguide and first support member are disposed wherein respective positions of the silicon waveguide and the first support member are fixed relative to the base ; a second support member , wherein the first support member is disposed between the second support member and the base , wherein the second support member defines a groove; an optical waveguide disposed at least partially in the groove such that the optical waveguide is between the first and second support members ; and a lens disposed between the silicon waveguide and the optical waveguide to transfer an optical signal between the silicon waveguide and the optical waveguide ; wherein a side of the first support member that faces the second support member is a planar surface that does not contain any groove or depression adapted to receive the optical waveguide that is disposed at least partially in the groove in the second support member . a silicon waveguide ; a first support member ; a base on which the silicon waveguide and first support member are disposed wherein respective positions of the silicon waveguide and the first support member are fixed relative to the base ; a second support member , wherein the first support member is disposed between the second support member and the base , wherein the second support member defines a groove; an optical waveguide disposed at least partially in the groove such that the optical waveguide is between the first and second support members ; and a lens disposed between the silicon waveguide and the optical waveguide to transfer an optical signal between the silicon waveguide and the optical waveguide ; wherein a side of the first support member that faces the second support member is a planar surface that does not contain any groove or depression adapted to receive the optical waveguide that is disposed at least partially in the groove in the second support member .
A method comprising: obtaining, at data processing hardware of a user device , a plaintext query comprising a sequence of plaintext integers ; generating, by the data processing hardware , a polynomial having coefficients , the coefficients comprising the sequence of plaintext integers of the plaintext query ; encrypting, by the data processing hardware , the polynomial using a secret encryption key , the secret encryption key randomly sampled by the data processing hardware from a ciphertext space; transmitting, by the data processing hardware , the encrypted polynomial to a server in communication with the data processing hardware , the server configured to expand the encrypted polynomial using a public encryption key to obtain a sequence of encrypted integers , the sequence of encrypted integers corresponding to the sequence of plaintext integers of the plaintext query ; and receiving, at the data processing hardware , an encrypted result from the server , the encrypted result based on the sequence of encrypted integers . obtaining, at data processing hardware of a user device , a plaintext query comprising a sequence of plaintext integers ; generating, by the data processing hardware , a polynomial having coefficients , the coefficients comprising the sequence of plaintext integers of the plaintext query ; encrypting, by the data processing hardware , the polynomial using a secret encryption key , the secret encryption key randomly sampled by the data processing hardware from a ciphertext space; transmitting, by the data processing hardware , the encrypted polynomial to a server in communication with the data processing hardware , the server configured to expand the encrypted polynomial using a public encryption key to obtain a sequence of encrypted integers , the sequence of encrypted integers corresponding to the sequence of plaintext integers of the plaintext query ; and receiving, at the data processing hardware , an encrypted result from the server , the encrypted result based on the sequence of encrypted integers .
Tablet dispenser which has a sleeve and a magazine guided in this sleeve for holding a stack of tablets, which magazine, for filling purposes, can be partially pushed out of the sleeve in the longitudinal direction of the magazine against the force of a spring and, at its upper end, swivellably receives a cap which cap can be swivelled against the force of a spring from a rest position into a dispensing position and bears a decorative head , characterized in that the cap has a transverse guide onto which the decorative head , which is of at least two-shell design, is pushed transversely with respect to the longitudinal direction of the magazine, whereby the two shells of the decorative head are plugged together in opposite directions while holding the cap and, are connected to one another in such a way that they engage in the transverse guide , so that the cap and the decorative head are securely connected.
Method for manufacturing cellulose carbamate comprising the following steps: a) providing a never-dried pulp, b) adding urea and an auxiliary agent which is an alkalizing agent and mixing said pulp with said urea and alkalizing agent wherein the urea is added using less than 20% by weight relative to the pulp amount, c) mechanically treating said mixture, d) drying the mixture, and e) heating the dried mixture at an elevated temperature at a range of from 130°C to 150°C thus providing a cellulose carbamate. a) providing a never-dried pulp, b) adding urea and an auxiliary agent which is an alkalizing agent and mixing said pulp with said urea and alkalizing agent wherein the urea is added using less than 20% by weight relative to the pulp amount, c) mechanically treating said mixture, d) drying the mixture, and e) heating the dried mixture at an elevated temperature at a range of from 130°C to 150°C thus providing a cellulose carbamate.
A method for scheduling Uplink (UL) data, the method comprises receiving , by a terminal device, first signaling sent by a network device, the first signaling comprising beam information of M beams, M being a positive integer; performing, by the terminal device, carrier sensing on the M beams in sequence according to the first signaling until it is sensed on an Nth beam that a channel is idle, N being a positive integer less than or equal to M; and sending, by the terminal device, a UL channel to the network device through the Nth beam, wherein the UL channel is a Physical Uplink Shared Channel (PUSCH), and the first signaling further comprises information of a first time length, the first time length being a time length between a slot, a starting time-domain symbol or an ending time-domain symbol where a Physical Downlink Control Channel (PDCCH) sent to the terminal device by the network device is located and a starting time point of a first sensing window, and the first sensing window being a sensing window which corresponds to a beam sensed firstly of the N beams. receiving , by a terminal device, first signaling sent by a network device, the first signaling comprising beam information of M beams, M being a positive integer; performing, by the terminal device, carrier sensing on the M beams in sequence according to the first signaling until it is sensed on an Nth beam that a channel is idle, N being a positive integer less than or equal to M; and sending, by the terminal device, a UL channel to the network device through the Nth beam, wherein the UL channel is a Physical Uplink Shared Channel (PUSCH), and the first signaling further comprises information of a first time length, the first time length being a time length between a slot, a starting time-domain symbol or an ending time-domain symbol where a Physical Downlink Control Channel (PDCCH) sent to the terminal device by the network device is located and a starting time point of a first sensing window, and the first sensing window being a sensing window which corresponds to a beam sensed firstly of the N beams.
A scorpion venom heat-resistant synthetic peptide (SVHRSP) consisting of the amino acid sequence of SEQ ID No. 1.
An oral care composition for improving the health of an oral cavity wherein the composition is to be held in an oral cavity, the oral care composition comprising, in terms of % by mass relative to the total mass of the composition, phosphoryl oligosaccharides of calcium: 1% to less than 30% and lactoferrin: 0.01 to 10%.