mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method, comprising: determining a sequence of templates, characterised in that each of the templates defines a respective spatiotemporal layout of regions in a display area, wherein each of the regions is associated with a respective set of one or more image selection criteria and respective set of one or more temporal behavior attribute values for the image elements assigned to the region; for each of the templates, ascertaining a respective image layer for each of the regions of the template, wherein the ascertaining comprises for each of the layers assigning a respective image element to the respective region in accordance with the respective set of image selection criteria; for each frame in a sequence of frames composited from one or more layers, producing a respective set of rendering parameter values that specifies a composition of the frame in the display area based on a respective set of ones of the image layers determined for one or more of the templates and the respective sets of temporal behavior attribute values for the image elements assigned to the region; and outputting the sets of rendering parameter values to a composite image renderer for generating a dynamic image collage consisting of a sequence of groups of frames. determining a sequence of templates, characterised in that each of the templates defines a respective spatiotemporal layout of regions in a display area, wherein each of the regions is associated with a respective set of one or more image selection criteria and respective set of one or more temporal behavior attribute values for the image elements assigned to the region; for each of the templates, ascertaining a respective image layer for each of the regions of the template, wherein the ascertaining comprises for each of the layers assigning a respective image element to the respective region in accordance with the respective set of image selection criteria; for each frame in a sequence of frames composited from one or more layers, producing a respective set of rendering parameter values that specifies a composition of the frame in the display area based on a respective set of ones of the image layers determined for one or more of the templates and the respective sets of temporal behavior attribute values for the image elements assigned to the region; and outputting the sets of rendering parameter values to a composite image renderer for generating a dynamic image collage consisting of a sequence of groups of frames.
A method for on-site reclamation, reconditioning, and reapplication of poultry processing water, the method comprising: (a) collecting processing water from a washing apparatus into a first receptacle; (b) pumping the processing water from the first receptacle to a filtering apparatus; (c) expelling the processing water into the filtering apparatus; (d) filtering waste from the processing water to obtain a filtrate; (e) spraying an antimicrobial solution and water onto the filtering apparatus; (f) transporting the waste from the processing water to a waste receptacle; (g) collecting the filtrate and antimicrobial solution into a second receptacle; (h) purging a portion of the filtrate from the second receptacle to the waste receptacle; (i) pumping the filtrate back to the washing apparatus; and (j) spraying the poultry with the filtrate, wherein the filtering apparatus is a rotary filter and consists of a series of openings that allow a substantial portion of reclaimed water to pass through the filter while retaining solids greater than a given dimension, the filter being cylindrical and rotating around a nearly horizontal axis and consisting of durable or non-durable materials. (a) collecting processing water from a washing apparatus into a first receptacle; (b) pumping the processing water from the first receptacle to a filtering apparatus; (c) expelling the processing water into the filtering apparatus; (d) filtering waste from the processing water to obtain a filtrate; (e) spraying an antimicrobial solution and water onto the filtering apparatus; (f) transporting the waste from the processing water to a waste receptacle; (g) collecting the filtrate and antimicrobial solution into a second receptacle; (h) purging a portion of the filtrate from the second receptacle to the waste receptacle; (i) pumping the filtrate back to the washing apparatus; and (j) spraying the poultry with the filtrate,
Method for braking a tool spindle of an electric machine tool, comprising the following steps: - determining a locking state of a tool on the tool spindle by means of a sensor arrangement; - selecting a time braking torque function and/or a maximum braking torque (M B1, M B2) on the basis of the determined locking state; and - braking the tool spindle by means of a brake arrangement according to the selected time braking torque function and/or in such a way that the selected maximum braking torque (M B1, M B2) is not exceeded. - determining a locking state of a tool on the tool spindle by means of a sensor arrangement; - selecting a time braking torque function and/or a maximum braking torque (M B1, M B2) on the basis of the determined locking state; and - braking the tool spindle by means of a brake arrangement according to the selected time braking torque function and/or in such a way that the selected maximum braking torque (M B1, M B2) is not exceeded.
Spool of exactly one linear string (110, 210, 310, 410) of pocketed springs, wherein the linear string (110, 210, 310, 410) of pocketed springs comprises springs (212, 312, 412) each provided in a textile pocket (214, 314, 414), wherein the springs comprise helically coiled steel wire springs; wherein the textile pockets (214, 314, 414) are assembled to each other in linear direction; wherein the linear string (110, 210, 310, 410) has a width of one textile pocket (214, 314, 414); wherein the string (110, 210, 310, 410) of pocketed springs is present in the spool spirally wound and in a compressed state such that the pocketed springs can expand upon unwinding the string (110, 210, 310, 410) of pocketed springs from the spool. wherein the linear string (110, 210, 310, 410) of pocketed springs comprises springs (212, 312, 412) each provided in a textile pocket (214, 314, 414), wherein the springs comprise helically coiled steel wire springs; wherein the textile pockets (214, 314, 414) are assembled to each other in linear direction; wherein the linear string (110, 210, 310, 410) has a width of one textile pocket (214, 314, 414); wherein the string (110, 210, 310, 410) of pocketed springs is present in the spool spirally wound and in a compressed state such that the pocketed springs can expand upon unwinding the string (110, 210, 310, 410) of pocketed springs from the spool.
Method for radio network synchronization of a mobile communication network, wherein the mobile communication network comprises a plurality of base station entities (111, 112, 113) and at least one user equipment connected to the mobile communication network, wherein each of the plurality of base station entities (111, 112, 113) comprises a local clock functionality providing a local timing reference for the respective base station entity, wherein in order for a first base station entity among the plurality of base station entities (111, 112, 113) to obtain an indication about the timing reference of a second base station entity among the plurality of base station entities (111, 112, 113), a handover procedure is triggered - by the first base station entity and for the user equipment - from the first base station entity to the second base station entity, wherein the method comprises the followings steps: -- in a first step, the first base station entity is the serving base station entity for the user equipment and requesting the user equipment to execute a handover towards the second base station entity, -- in a second step, during the handover procedure of the user equipment towards the second base station entity, transmitting a timing information from the second base station entity - via the user equipment - to the first base station entity, the timing information being indicative of the local timing reference of the second base station entity, -- in a third step, subsequent to the second step, using the timing information by the first base station entity to adjust the local timing reference of the first base station entity. -- in a first step, the first base station entity is the serving base station entity for the user equipment and requesting the user equipment to execute a handover towards the second base station entity, -- in a second step, during the handover procedure of the user equipment towards the second base station entity, transmitting a timing information from the second base station entity - via the user equipment - to the first base station entity, the timing information being indicative of the local timing reference of the second base station entity, -- in a third step, subsequent to the second step, using the timing information by the first base station entity to adjust the local timing reference of the first base station entity.
A display panel, comprising: a planarization layer on which pixels are disposed, a first area in which a plurality of pixels are disposed; and a second area comprising at least two pixel groups, wherein each of the at least two pixel groups comprises: at least one pixel; a light transmittance portion disposed between the at least two pixel groups to transmit light; and a hole formed to correspond to a boundary of the light transmittance portion along the boundary of the light transmittance portion, wherein the hole is disposed on the same plane as at least a portion of the planarization layer and has a predetermined depth being less than a thickness of the planarization layer, and wherein a cathode (CAT, 905) related to the at least one pixel is disposed in at least a part of the hole. a planarization layer on which pixels are disposed, a first area in which a plurality of pixels are disposed; and a second area comprising at least two pixel groups, wherein each of the at least two pixel groups comprises: at least one pixel; a light transmittance portion disposed between the at least two pixel groups to transmit light; and a hole formed to correspond to a boundary of the light transmittance portion along the boundary of the light transmittance portion, wherein the hole is disposed on the same plane as at least a portion of the planarization layer and has a predetermined depth being less than a thickness of the planarization layer, and at least one pixel; a light transmittance portion disposed between the at least two pixel groups to transmit light; and a hole formed to correspond to a boundary of the light transmittance portion along the boundary of the light transmittance portion, wherein the hole is disposed on the same plane as at least a portion of the planarization layer and has a predetermined depth being less than a thickness of the planarization layer, and wherein a cathode (CAT, 905) related to the at least one pixel is disposed in at least a part of the hole.
A composition suitable for inducing gene modification at a target gene locus in a cell, comprising: 1) a compound represented by formula: wherein n represents an integer of 2 to 5, R represents a linear C 1-5 alkyl group, a linear C 7-11 alkenyl group, or a linear C 11 alkadienyl group, and wavy lines each independently represent a cis-type bond or a trans-type bond, or a salt thereof; 2) a structural lipid; and 3) a guide RNA or a DNA including a sequence encoding the guide RNA, and/or an RNA-guided nuclease or a nucleic acid including a sequence encoding the RNA-guided nuclease. 1) a compound represented by formula: wherein n represents an integer of 2 to 5, R represents a linear C 1-5 alkyl group, a linear C 7-11 alkenyl group, or a linear C 11 alkadienyl group, and wavy lines each independently represent a cis-type bond or a trans-type bond, or a salt thereof; n represents an integer of 2 to 5, R represents a linear C 1-5 alkyl group, a linear C 7-11 alkenyl group, or a linear C 11 alkadienyl group, and wavy lines each independently represent a cis-type bond or a trans-type bond, or a salt thereof; 2) a structural lipid; and 3) a guide RNA or a DNA including a sequence encoding the guide RNA, and/or an RNA-guided nuclease or a nucleic acid including a sequence encoding the RNA-guided nuclease.
Plug-in connection for transmitting high-frequency signals, comprising: a cable with at least one free end; a contact, which is arranged at the free cable end, with a free contact end on a side averted from the cable; a connecting element, which is arranged between the contact and the cable, wherein the connecting element is fixedly connected to the contact and the cable in the assembled state; wherein the connecting element has at least one first region with a first outside diameter on a side facing the contact and at least one second region with a second outside diameter on a side facing the cable, wherein the second outside diameter is larger than the first outside diameter; a transition section is arranged between the first region and the second region, the outside diameter of the connecting element increasing from the first outside diameter to the second outside diameter starting from the side facing the contact in the transition region, characterized in that the first region comprises at least one third region, wherein the connecting element has, in the third region, at least in sections an outside diameter which corresponds to the second outside diameter. a cable with at least one free end; a contact, which is arranged at the free cable end, with a free contact end on a side averted from the cable; a connecting element, which is arranged between the contact and the cable, wherein the connecting element is fixedly connected to the contact and the cable in the assembled state; wherein the connecting element has at least one first region with a first outside diameter on a side facing the contact and at least one second region with a second outside diameter on a side facing the cable, wherein the second outside diameter is larger than the first outside diameter; a transition section is arranged between the first region and the second region, the outside diameter of the connecting element increasing from the first outside diameter to the second outside diameter starting from the side facing the contact in the transition region, characterized in that the first region comprises at least one third region, wherein the connecting element has, in the third region, at least in sections an outside diameter which corresponds to the second outside diameter.
Method for treating the cams of a camshaft for a vehicle with an internal combustion engine in order to reduce the friction thereof with respect to an opposing part in a zone provided with a hard coating based on amorphous carbon of the diamond-like carbon or DLC type, these cams having a central recess, an edge surface that has a circular zone and an elongated portion forming a nose having a length defined by the maximum dimension measured from their nose to the circular zone, according to which method the cams are arranged on a support, this support is brought into a chamber that is put under vacuum in order to perform cleaning of the cams, this support is put in relative motion following a path of travel relative to a source for the vacuum deposition of a hard-coating material based on amorphous carbon of the diamond-like carbon or DLC type and these cams are removed from the support before they are assembled onto a camshaft, characterized in that, this support comprising a plurality of rods parallel to one another, that are fixed with respect to this support and distributed regularly at one and the same distance from the path of travel and being oriented perpendicularly to the direction of emission of the source of coating material when they arrive opposite this source, the cams being arranged on the support in a fixed and dense configuration the rods passing through the openings, the rods being distributed regularly along this path in such a way that the cams engaged on a rod are at least approximately in contact with the cams engaged on the nearest rods, the cams in this fixed and dense configuration are brought successively, along this path of travel, opposite the coating source with substantially identical orientations and at substantially identical distances with respect to this source, so as to deposit a coating selectively on the fractions of the edge surfaces of the cams that are oriented towards said source, over at most the nose of the cams.
An apparatus comprising: a receiver having a plurality of inputs, each capable of receiving an upstream optical signal, and combining the received upstream optical signals to create a combined signal; a transmitter comprising a laser and an RF amplifier, the transmitter arranged to receive the combined electrical signal and converts it to a reverse path optical signal at an output; and a controller for the transmitter that monitors each of said plurality of inputs, and activates the transmitter if an optical signal above a threshold is received at any of said plurality of inputs; the apparatus characterized in that the controller, in response to detected optical input power, controls at least one of: laser bias control between a low state and a high state, amplifier bias control between a low state and a high state, and RF gain of said RF amplifier, where the high state is activated when optical input power is detected and the low state is between zero and the high state. a receiver having a plurality of inputs, each capable of receiving an upstream optical signal, and combining the received upstream optical signals to create a combined signal; a transmitter comprising a laser and an RF amplifier, the transmitter arranged to receive the combined electrical signal and converts it to a reverse path optical signal at an output; and a controller for the transmitter that monitors each of said plurality of inputs, and activates the transmitter if an optical signal above a threshold is received at any of said plurality of inputs; the apparatus characterized in that the controller, in response to detected optical input power, controls at least one of: laser bias control between a low state and a high state, amplifier bias control between a low state and a high state, and RF gain of said RF amplifier, laser bias control between a low state and a high state, amplifier bias control between a low state and a high state, and RF gain of said RF amplifier, where the high state is activated when optical input power is detected and the low state is between zero and the high state.
A regeneration system for regenerating spent dialysate generated in blood treatment, comprising: a first regeneration module containing a first chosen regenerative substance; a second regeneration module containing the first chosen regenerative substance; and a first mixing chamber, characterized in that a first outlet stream of a dialysate fluid sequentially exits the first mixing chamber, flows through the first regeneration module in fluid communication with the first chosen regenerative substance and returns to the first mixing chamber, and a second outlet stream of the fluid sequentially exits the first mixing chamber and flows through the second regeneration module in fluid communication with the first chosen regenerative substance. a first regeneration module containing a first chosen regenerative substance; a second regeneration module containing the first chosen regenerative substance; and a first mixing chamber, characterized in that a first outlet stream of a dialysate fluid sequentially exits the first mixing chamber, flows through the first regeneration module in fluid communication with the first chosen regenerative substance and returns to the first mixing chamber, and a second outlet stream of the fluid sequentially exits the first mixing chamber and flows through the second regeneration module in fluid communication with the first chosen regenerative substance.
A decolorable toner, comprising: - aggregates of particles of a color material having a volume based median particle diameter of 0.5 to 3.5 μm and including at least a color-forming compound, a color-developing agent, and a decoloring agent with resin fine particles having a smaller particle diameter than the particles of the color material and including at least a binder resin comprising a polyester resin; and - a crosslinking coating formed by treating the aggregates with a reactive polymer having an oxazoline group capable of crosslinking with the polyester resin. - aggregates of particles of a color material having a volume based median particle diameter of 0.5 to 3.5 μm and including at least a color-forming compound, a color-developing agent, and a decoloring agent with resin fine particles having a smaller particle diameter than the particles of the color material and including at least a binder resin comprising a polyester resin; and - a crosslinking coating formed by treating the aggregates with a reactive polymer having an oxazoline group capable of crosslinking with the polyester resin.
Induction diffuser for air conditioning installations, that is suitable to be anchored to the ceiling of an enclosed area and to project non-isothermal air at a lower temperature towards the inner space of this enclosed area, where the diffuser has an outer casing, that through its smaller base, positioned at the top, projects through a cylindrical section that is connected to the plenum from where the treated air is fed, the diffuser having two sub-casings (3, 4) which different in size and situated at positions that are respectively concentric with each other and with the afore-mentioned outer casing of the diffuser, wherein the larger of the sub-casings is in the form of a truncated cone and is closed at its smaller base, positioned at the top, and joined from this to the outer casing by angular parts, the smaller sub-casing being designed so that along the smaller base it has a cylindrical neck and it is arranged in such a way that it maintains a predetermined separation distance from the larger sub-casing that is situated at the intermediate position, the diffuser further having a front plate that has an orifice that is axially centred and facing the larger base of the smaller sub-casing, wherein the diameter of this orifice is smaller than that mentioned on the larger base of the afore-mentioned smaller sub-casing, characterized in that the outer casing and the smaller sub-casing have the form of truncated cones, and in that along the edge of the perimeter of the larger base, positioned at the lower end, the larger sub-casing is sustained to the front plate by several long uprights that are built-in on the front plate and distributed equal-angularly, this front plate representing a mount and support element for the smaller sub-casing by means of short uprights built-in on the front plate, situated at positions radially opposite the long uprights.