mhurhangee/patent-ind-claim-en huggingface dataset:
A board conveyance device comprising: multiple engaging sections that are able to engage with a circuit board (P); characterized by a selective stopping device that is configured to selectively set one out of the multiple engaging sections to be in a stopping state, wherein one or more circuit boards (P) is conveyed using one or more out of the multiple engaging sections excluding the one engaging section that is set to be in the stopping state by the selective stopping device , wherein the board conveyance device further includes a moving device provided with an actuator that is configured to move the multiple engaging sections and one driving source which is configured to drive the actuator, and wherein the selective stopping device includes a selective movement stopping section that is configured to set one out of the multiple engaging sections to be in the stopping state, which is a state in which the engaging section does not move even when the one driving source is in an operational state. multiple engaging sections that are able to engage with a circuit board (P); characterized by a selective stopping device that is configured to selectively set one out of the multiple engaging sections to be in a stopping state, wherein one or more circuit boards (P) is conveyed using one or more out of the multiple engaging sections excluding the one engaging section that is set to be in the stopping state by the selective stopping device , wherein the board conveyance device further includes a moving device provided with an actuator that is configured to move the multiple engaging sections and one driving source which is configured to drive the actuator, and wherein the selective stopping device includes a selective movement stopping section that is configured to set one out of the multiple engaging sections to be in the stopping state, which is a state in which the engaging section does not move even when the one driving source is in an operational state.
A server tray package, comprising: a motherboard assembly that comprises a plurality of data center electronic devices ; and a liquid cold plate assembly that comprises: a base portion mounted to the motherboard assembly, the base portion and motherboard assembly defining a volume that at least partially encloses the plurality of data center electronic devices ; and a top portion mounted to the base portion and comprising a heat transfer member that comprises a first number of inlet ports and a second number of outlet ports that are in fluid communication with a cooling liquid flow path defined through the heat transfer member, the first number of inlet ports being different than the second number of outlet ports, wherein respective ports larger in number are each placed at or near a perimeter edge of the top portion and respective ports smaller in number are positioned at or near a center of the top portion . a motherboard assembly that comprises a plurality of data center electronic devices ; and a liquid cold plate assembly that comprises: a base portion mounted to the motherboard assembly, the base portion and motherboard assembly defining a volume that at least partially encloses the plurality of data center electronic devices ; and a top portion mounted to the base portion and comprising a heat transfer member that comprises a first number of inlet ports and a second number of outlet ports that are in fluid communication with a cooling liquid flow path defined through the heat transfer member, the first number of inlet ports being different than the second number of outlet ports, wherein respective ports larger in number are each placed at or near a perimeter edge of the top portion and respective ports smaller in number are positioned at or near a center of the top portion . a base portion mounted to the motherboard assembly, the base portion and motherboard assembly defining a volume that at least partially encloses the plurality of data center electronic devices ; and a top portion mounted to the base portion and comprising a heat transfer member that comprises a first number of inlet ports and a second number of outlet ports that are in fluid communication with a cooling liquid flow path defined through the heat transfer member, the first number of inlet ports being different than the second number of outlet ports, wherein respective ports larger in number are each placed at or near a perimeter edge of the top portion and respective ports smaller in number are positioned at or near a center of the top portion .
A robot , comprising: a robot arm comprising: a first frame ; and a second frame coupled to the first frame so as to be turnable about a joint axis ; a cable arranged along a side surface of the first frame and a side surface of the second frame ; a first fixing member for fixing the cable to the side surface of the first frame ; a second fixing member for fixing the cable to the side surface of the second frame ; a holding member (117; 217) for holding a part of the cable between the first fixing member and the second fixing member ; and a support mechanism (118; 218) for regulating movement of the holding member (117; 217) in an axis direction of the joint axis , the support mechanism (118; 218) supporting the holding member (117; 217) so that the holding member (117; 217) is movable to follow a bending movement of the cable ; characterized in that the robot further comprises a panel removable from the side surface ; the support mechanism (118; 218) is provided on the panel so that the holding member (117; 217) is rockable about a first axis (C1; C21) different from the joint axis and parallel to the joint axis ; and the support mechanism (118; 218) is provided on the panel and is removably mounted onto the first frame . a robot arm comprising: a first frame ; and a second frame coupled to the first frame so as to be turnable about a joint axis ; a first frame ; and a second frame coupled to the first frame so as to be turnable about a joint axis ; a cable arranged along a side surface of the first frame and a side surface of the second frame ; a first fixing member for fixing the cable to the side surface of the first frame ; a second fixing member for fixing the cable to the side surface of the second frame ; a holding member (117; 217) for holding a part of the cable between the first fixing member and the second fixing member ; and a support mechanism (118; 218) for regulating movement of the holding member (117; 217) in an axis direction of the joint axis , the support mechanism (118; 218) supporting the holding member (117; 217) so that the holding member (117; 217) is movable to follow a bending movement of the cable ; characterized in that the robot further comprises a panel removable from the side surface ; the support mechanism (118; 218) is provided on the panel so that the holding member (117; 217) is rockable about a first axis (C1; C21) different from the joint axis and parallel to the joint axis ; and the support mechanism (118; 218) is provided on the panel and is removably mounted onto the first frame .
A device for neuromuscular stimulation, comprising: a) a positive electrode, b) a plurality of negative electrodes, c) a non-conductive substrate and d) a control unit for activating the electrodes, wherein the control unit is configured to activate the negative electrodes in a predetermined sequence, so as to deliver electrical stimulus to a user, wherein the predetermined sequence is repeated with an increasing level of stimulus until a predetermined outcome is achieved, wherein each negative electrode comprises at least one conductive track mounted on the non-conductive substrate, wherein at least one pair of negative electrodes overlap such that the conductive track or tracks of a first negative electrode of the pair overlap with the electrode footprint, but not the conductive tracks, of a second negative electrode of the pair, and wherein the electrode footprint of an electrode is defined as the rectangular area centred on the electrode which has the same height and width as the electrode, and the effective electrode is defined as the subset of activated electrodes, characterized in that the distance between the first negative electrode and the second negative electrode is smaller than the length or width of the electrode footprint of the first negative electrode on the same axis; and in that the device can adjust the position of the effective electrode in a step smaller than the electrode footprint of the first negative electrode. a) a positive electrode, b) a plurality of negative electrodes, c) a non-conductive substrate and d) a control unit for activating the electrodes, wherein the control unit is configured to activate the negative electrodes in a predetermined sequence, so as to deliver electrical stimulus to a user, wherein the predetermined sequence is repeated with an increasing level of stimulus until a predetermined outcome is achieved, wherein each negative electrode comprises at least one conductive track mounted on the non-conductive substrate, wherein at least one pair of negative electrodes overlap such that the conductive track or tracks of a first negative electrode of the pair overlap with the electrode footprint, but not the conductive tracks, of a second negative electrode of the pair, and wherein the electrode footprint of an electrode is defined as the rectangular area centred on the electrode which has the same height and width as the electrode, and the effective electrode is defined as the subset of activated electrodes, characterized in that the distance between the first negative electrode and the second negative electrode is smaller than the length or width of the electrode footprint of the first negative electrode on the same axis; and in that the device can adjust the position of the effective electrode in a step smaller than the electrode footprint of the first negative electrode.
A pharmaceutical formulation in a lyophilised form, which comprises interferon beta-1a as an active ingredient in an amount of 2.0 - 15 μg in a single intravenous dosage form, disaccharides as a bulking agent, a non-ionic surfactant and a buffering agent, wherein the disaccharide is selected from trehalose dihydrate or a combination of trehalose dihydrate and sucrose, and wherein a pH of the formulation after reconstitution is 6.0 - 7.5, and interferon beta-1a is recombinantly produced interferon beta-1a with a biological activity of at least 150 MIU/mg.
A method for the connection of a mobile communication terminal to a communications infrastructure that is at least partially wire-based , comprising the following steps: - wireless transfer from the communication terminal to a docking station of a certificate containing authorization information, - forwarding of the certificate from the docking station to a validation service, - validation of the certificate by the validation service, regarding whether the communication terminal is authorized to communicate with the communications infrastructure , - if the authorization is present, sending the data required for establishing a wireless P2P link from the communication terminal to the docking station and establishing, by means of the docking station , a first P2P communication link to the communication terminal via WLAN, followed by interconnecting, by means of a transfer device in the docking station , the first P2P communication link to a second, wired communication link , wherein the second, wired communication link is linked with the communications infrastructure , wherein the interconnection is established by means of an application layer gateway firewall at the docking station for blocking malware or undesired software in the communications infrastructure . - wireless transfer from the communication terminal to a docking station of a certificate containing authorization information, - forwarding of the certificate from the docking station to a validation service, - validation of the certificate by the validation service, regarding whether the communication terminal is authorized to communicate with the communications infrastructure , - if the authorization is present, sending the data required for establishing a wireless P2P link from the communication terminal to the docking station and establishing, by means of the docking station , a first P2P communication link to the communication terminal via WLAN, followed by interconnecting, by means of a transfer device in the docking station , the first P2P communication link to a second, wired communication link , wherein the second, wired communication link is linked with the communications infrastructure , wherein the interconnection is established by means of an application layer gateway firewall at the docking station for blocking malware or undesired software in the communications infrastructure .
A method for producing liquid hydrocarbon product comprising, disintegrating a hydrocarbon source comprising coal, wherein the disintegrating comprises comminution of the hydrocarbon source; pretreating the disintegrated hydrocarbon source, wherein the pretreating comprises a chemical pretreatment, a heat pretreatment, oxidation of the hydrocarbon source, or a combination thereof; solubilizing the disintegrated hydrocarbon source to form a slurry comprising a reactant molecule of the hydrocarbon source, wherein laccase or ammonium tartrate is used for solubilization; admixing a biochemical liquor into the slurry to form liquid hydrocarbons via enzyme assisted bond selective photo-fragmentation, wherein the biochemical liquor comprises at least one conversion enzyme configured to facilitate bond selective photo- fragmentation of said reactant molecule of the hydrocarbon source, wherein the at least one conversion enzyme is manganese peroxidase; separating the liquid hydrocarbons from the slurry, wherein contaminants remain in the slurry; and enriching the liquid hydrocarbons to form a liquid hydrocarbon product, wherein the enrichment of the liquid hydrocarbon product comprises further enzymatically-catalyzed reactions. disintegrating a hydrocarbon source comprising coal, wherein the disintegrating comprises comminution of the hydrocarbon source; pretreating the disintegrated hydrocarbon source, wherein the pretreating comprises a chemical pretreatment, a heat pretreatment, oxidation of the hydrocarbon source, or a combination thereof; solubilizing the disintegrated hydrocarbon source to form a slurry comprising a reactant molecule of the hydrocarbon source, wherein laccase or ammonium tartrate is used for solubilization; admixing a biochemical liquor into the slurry to form liquid hydrocarbons via enzyme assisted bond selective photo-fragmentation, wherein the biochemical liquor comprises at least one conversion enzyme configured to facilitate bond selective photo- fragmentation of said reactant molecule of the hydrocarbon source, wherein the at least one conversion enzyme is manganese peroxidase; separating the liquid hydrocarbons from the slurry, wherein contaminants remain in the slurry; and enriching the liquid hydrocarbons to form a liquid hydrocarbon product, wherein the enrichment of the liquid hydrocarbon product comprises further enzymatically-catalyzed reactions.
Combustion engine comprising a switching rack and a plurality of connecting rods , where the switching rack comprises a longitudinal body having a face side and a rear side , where the face side comprises a plurality of switching arrangements , where each switching arrangement comprises a first cam and a second cam , where each switching arrangement is adapted to interact with a switch on a connecting rod , wherein the switching rack is arranged in a gliding manner in a groove between a cylinder block and an engine bedplate of the combustion engine .
A deblocking filtering method for video coding and decoding, wherein quantization parameters are encoded as difference information indicating a difference between a quantization parameter for a current block and a quantization parameter for a previous block located immediately before the current block in the processing order, and wherein a value of zero is assigned to said difference information when the current block is an Intra Pulse Code Modulation, IPCM, block, the deblocking filtering method comprising: determining a quantization parameter for the current block, using the quantization parameter for the previous block and the difference information, irrespective of whether the current block is an IPCM block or a non-Intra Pulse Code Modulation, non-IPCM, block; determining a filter strength of the deblocking filtering using an average value of the quantization parameter for the current block and the quantization parameter for the previous block, the filtering strength being determined so as to increase with increasing average value of the quantization parameter in order to absorb a quantization error; and performing the deblocking filtering on a boundary between the previous block and the current block using the determined filter strength of the deblocking filtering, wherein performing the deblocking filtering comprises determining whether at least either one of the previous block and the current block is an IPCM block and applying the deblocking filtering to pixels of the non-IPCM blocks only. determining a quantization parameter for the current block, using the quantization parameter for the previous block and the difference information, irrespective of whether the current block is an IPCM block or a non-Intra Pulse Code Modulation, non-IPCM, block; determining a filter strength of the deblocking filtering using an average value of the quantization parameter for the current block and the quantization parameter for the previous block, the filtering strength being determined so as to increase with increasing average value of the quantization parameter in order to absorb a quantization error; and performing the deblocking filtering on a boundary between the previous block and the current block using the determined filter strength of the deblocking filtering, wherein performing the deblocking filtering comprises determining whether at least either one of the previous block and the current block is an IPCM block and applying the deblocking filtering to pixels of the non-IPCM blocks only.
A cosmetic composition for skin whitening, which comprises cosmetically acceptable substances, characterized in that it contains spray-dried powder obtained by spray drying a mixture comprising cloudberry juice and maltodextrin, and in that the composition further comprises cloudberry seed oil and/or cloudberry seed extract.
A composition comprising microparticles or nanoparticles of inulin acetate (InAc) and a cargo molecule, wherein the cargo molecule is encapsulated within the particles, wherein the composition is produced by a water/oil/water double emulsion and said composition exhibits a burst release of less than 30 wt% in 30 minutes.
A telescopic lance, comprising a lance handle with a fixed inner pipe , an extractable outer pipe and at least one locking mechanism , wherein the extractable outer pipe is located outside, and slidably longitudinally arranged with the fixed inner pipe , and said locking mechanism is arranged to allow motion of the extractable outer pipe with respect to the fixed inner pipe , a first locking mechanism comprises a protrusion for engagement with a locking slot , wherein twisting of the extractable outer pipe brings the protrusion into or out of engagement with the locking slot , and a second locking mechanism comprises a spring loaded lock handle with a through going aperture for trapping and releasing the extractable outer pipe , characterized in that said protrusion of the first locking mechanism protrudes from an outside of the extractable outer pipe and the locking slot is provided on an inside of the lance handle , or said protrusion protrudes from an inside of the lance handle and the locking slot is provided on an outside of the extractable outer pipe . a first locking mechanism comprises a protrusion for engagement with a locking slot , wherein twisting of the extractable outer pipe brings the protrusion into or out of engagement with the locking slot , and a second locking mechanism comprises a spring loaded lock handle with a through going aperture for trapping and releasing the extractable outer pipe , characterized in that said protrusion of the first locking mechanism protrudes from an outside of the extractable outer pipe and the locking slot is provided on an inside of the lance handle , or said protrusion protrudes from an inside of the lance handle and the locking slot is provided on an outside of the extractable outer pipe .
A bushing for high voltage applications comprising a conductor defining a longitudinal axis (A) through the bushing , said bushing having a central section and a first and a second peripheral section on opposite sides of the central section along the longitudinal axis (A), and comprising an optical fibre for detecting physical properties being influenced or caused by the operation of the bushing and having a first part (P1) stretching through the central section, wherein the sections are sections of a solid condenser core , characterized by further comprising an enclosure (40A; 40B) for a length of fibre that is to exit the bushing, said enclosure being buried in the central section adjacent the surface of the condenser core and having an interior volume with an inner surface comprising at least one point (P) at a maximum radial distance from the longitudinal axis, said enclosure comprising a distancing element keeping the length of fibre at a pre-determined distance (D) from said point, and wherein the enclosure comprises a first and a second chamber (44A, 46A; 44B, 46B), where the second chamber (46A;46B) is radially further away from the longitudinal axis than the first chamber (44A; 44B), which comprises the length of fibre and is separated from the second chamber by a central wall (42A; 42B) which central wall forms the distancing element. comprising an optical fibre for detecting physical properties being influenced or caused by the operation of the bushing and having a first part (P1) stretching through the central section, wherein the sections are sections of a solid condenser core , characterized by further comprising an enclosure (40A; 40B) for a length of fibre that is to exit the bushing, said enclosure being buried in the central section adjacent the surface of the condenser core and having an interior volume with an inner surface comprising at least one point (P) at a maximum radial distance from the longitudinal axis, said enclosure comprising a distancing element keeping the length of fibre at a pre-determined distance (D) from said point, and wherein the enclosure comprises a first and a second chamber (44A, 46A; 44B, 46B), where the second chamber (46A;46B) is radially further away from the longitudinal axis than the first chamber (44A; 44B), which comprises the length of fibre and is separated from the second chamber by a central wall (42A; 42B) which central wall forms the distancing element.
Rail vehicle for transporting people, which is in the form of an articulated train-type multiple unit and has at least two car bodies , wherein adjacent car bodies are supported on a common central running gear and end car bodies are additionally supported on an end running gear , wherein all of the running gears have a distance between the center of the bogies from an adjacent running gear of from 19 to 21 m and the end car bodies have a length in the range of from 24 to 28 m, characterized in that all of the running gears are equipped with internally mounted bogie frames in such a way that, in the transverse direction of the running gear , wheels of the running gear are situated further on the outside than longitudinal supports of a frame of the running gear and the multiple unit is in the form of a local train.