mhurhangee/ep-ind-claims huggingface dataset:
A network switching system comprising: a switch comprising a central processor unit, CPU, side channel, a first input channel and a second input channel; an internal CPU connected to the CPU side channel of the switch and a computer bus; a first external port connected to the first input channel of the switch; a multiplexer, MUX, comprising at least two MUX switches, wherein a first MUX switch is connected to the second input channel of the switch; a second external port connected to the multiplexer; a configuration parameter configured to select routing of the second external port to the first MUX switch in the multiplexer or a second MUX switch in the multiplexer; and an external CPU connected to the computer bus, wherein the second MUX switch is connected to the external CPU. a switch comprising a central processor unit, CPU, side channel, a first input channel and a second input channel; an internal CPU connected to the CPU side channel of the switch and a computer bus; a first external port connected to the first input channel of the switch; a multiplexer, MUX, comprising at least two MUX switches, wherein a first MUX switch is connected to the second input channel of the switch; a second external port connected to the multiplexer; a configuration parameter configured to select routing of the second external port to the first MUX switch in the multiplexer or a second MUX switch in the multiplexer; and an external CPU connected to the computer bus, wherein the second MUX switch is connected to the external CPU.
Linear motor (1; 101; 201; 301) comprising a stator (2; 102; 202; 302) and an armature, and further comprising a bearing tube (4; 104; 204; 304; 404; 504) arranged inside the stator (2; 102; 202; 302), the bearing tube (4; 104; 204; 304; 404; 504) comprising a carrier tube having at least essentially the same length as the stator (2; 102; 202; 302) as well as a sliding bearing fittingly arranged inside the carrier tube, with the armature being axially movably mounted to the sliding bearing, characterized in that the bearing tube (4; 104; 204; 304; 404; 504) is formed as a separate bearing tube (4; 104; 204; 304; 404; 504) replaceably arranged in the stator (2; 102; 202; 302).
A method of detecting at least one object on a road, comprising: a step of simultaneously capturing two depth maps of a current scene by adopting two depth cameras, and then calculating a disparity map of the current scene based on the two depth maps; a step of obtaining, based on the disparity map, a V-disparity image of the current scene by adopting a V-disparity algorithm; a step of detecting an oblique line in the V-disparity image, corresponding to the road in the disparity map, and then removing all of the points in the disparity map, corresponding to the oblique line detected in the V-disparity image, so as to acquire a sub-disparity map excluding the road; a step of detecting plural vertical lines in the V-disparity image, and then extracting, for each of the plural vertical lines, all of the points corresponding to this vertical line from the sub-disparity map excluding the road, to serve as an object sub-disparity map corresponding to this vertical line; for each such object sub-disparity map corresponding to a vertical line in the V-disparity image, performing in the sub-disparity map point clustering into rectangular object areas and outputting the respective rectangular object areas including objects; and a step of merging any two such rectangular object areas of the object sub-disparity maps, whose disparity distance is less than a predetermined distance value and whose overlap rate is greater than a predetermined threshold value, into one rectangular object area. a step of simultaneously capturing two depth maps of a current scene by adopting two depth cameras, and then calculating a disparity map of the current scene based on the two depth maps; a step of obtaining, based on the disparity map, a V-disparity image of the current scene by adopting a V-disparity algorithm; a step of detecting an oblique line in the V-disparity image, corresponding to the road in the disparity map, and then removing all of the points in the disparity map, corresponding to the oblique line detected in the V-disparity image, so as to acquire a sub-disparity map excluding the road; a step of detecting plural vertical lines in the V-disparity image, and then extracting, for each of the plural vertical lines, all of the points corresponding to this vertical line from the sub-disparity map excluding the road, to serve as an object sub-disparity map corresponding to this vertical line; for each such object sub-disparity map corresponding to a vertical line in the V-disparity image, performing in the sub-disparity map point clustering into rectangular object areas and outputting the respective rectangular object areas including objects; and a step of merging any two such rectangular object areas of the object sub-disparity maps, whose disparity distance is less than a predetermined distance value and whose overlap rate is greater than a predetermined threshold value, into one rectangular object area.
A method for synthesizing encapsulated SERS encoded nanoparticles comprising the following steps: a) providing an aqueous suspension of metal nanoparticles; b) adding mercaptoundecanoic acid to the suspension to yield MUA-stabilized nanoparticles without forming a complete monolayer; c) adding a SERS encoding molecule to the suspension selected from molecules that has a functional group with high affinity to the metal surfaces as thiols, amines or cyanides; and d) encapsulating the SERS encoded nanoparticles in a silica matrix. a) providing an aqueous suspension of metal nanoparticles; b) adding mercaptoundecanoic acid to the suspension to yield MUA-stabilized nanoparticles without forming a complete monolayer; c) adding a SERS encoding molecule to the suspension selected from molecules that has a functional group with high affinity to the metal surfaces as thiols, amines or cyanides; and d) encapsulating the SERS encoded nanoparticles in a silica matrix.
Implant in the form of a bone anchoring or connection device comprising an implant support on which is formed at least one boundary surface pair (21, 22) for force initiation and connection to a bony structure, wherein at least two structural supports (210, 220, 230) are provided, on each of which structural elements are formed, characterised in that each of the boundary surfaces (21, 22) is assigned at least one structural support (210, 220, 230), that at least sections of the structural supports (210, 220, 230) engage in or overlap one another, and that a local movement of the structural supports (210, 220, 230) relative to one another corresponds roughly to a relative movement of the boundary surfaces (21, 22) occurring during loading of the boundary surfaces (21, 22).
A cover (420, 430; 440; 520, 530; 620, 630) for a configurable measuring system of a configurable sputtering system (400; 500; 600), the configurable sputtering system being provided for sputtering multilayer coatings on a substrate, and the configurable sputtering system comprising a plurality of stations and having a plurality of apertures to provide access to a space within the stations; - the cover being detachably attachable to the apertures of the stations; - the cover comprising a sensor system allowing to determine a property of a partial stack of the multilayer coating on the substrate, the sensor system comprising at least one sensor (763; 866, 868, 863) adapted for detecting or measuring a signal representative of the property of the partial stack, and comprising at least one first transmission means (765; 865, 867) for transferring or transmitting the detected signal or the measured property; - the at least one sensor being attached to the cover. - the cover being detachably attachable to the apertures of the stations; - the cover comprising a sensor system allowing to determine a property of a partial stack of the multilayer coating on the substrate, the sensor system comprising at least one sensor (763; 866, 868, 863) adapted for detecting or measuring a signal representative of the property of the partial stack, and comprising at least one first transmission means (765; 865, 867) for transferring or transmitting the detected signal or the measured property; - the at least one sensor being attached to the cover.
A molding apparatus for melting crayon material, the apparatus comprising: a base; a heating component mounted to the base; a melt pan mounted to the base, the melt pan further being heatable by the heating component, the melt pan being configured to receive crayon material to be melted and to facilitate the drainage of the melted received crayon material from the melt pan; a mold mounted to the base, the mold having a cavity (210, 211, 212) and being configured to receive the melted crayon material from the melt pan; a cover, attachable to the base, and further having an open position and a closed position, wherein access to the melt pan is blocked by the cover in its closed position; the molding apparatus characterized by: a locking mechanism, wherein the locking mechanism includes a timer and the locking mechanism secures the cover in its closed position for a predetermined time. a base; a heating component mounted to the base; a melt pan mounted to the base, the melt pan further being heatable by the heating component, the melt pan being configured to receive crayon material to be melted and to facilitate the drainage of the melted received crayon material from the melt pan; a mold mounted to the base, the mold having a cavity (210, 211, 212) and being configured to receive the melted crayon material from the melt pan; a cover, attachable to the base, and further having an open position and a closed position, wherein access to the melt pan is blocked by the cover in its closed position; a locking mechanism, wherein the locking mechanism includes a timer and the locking mechanism secures the cover in its closed position for a predetermined time.
A short-range optical amplification module, comprising: a reflective polarizing plate, a first phase delay plate, a first lens, a second lens and a second phase delay plate that are arranged sequentially in that order, wherein: in the second lens, the optical surface adjacent to the second phase delay plate is a transflective optical surface; the first focal length f2 of the second lens meets the following condition: 1F≤f2≤2F, wherein F is the system focal length of the short-range optical amplification module, wherein f2 is measured after the incident light penetrates through an optical surface of the second lens and is reflected by the transflective optical surface of the second lens, and the short-range optical amplification module is configured such that during the operation of the short-range optical amplification module, the light from the object side arrives at the reflective polarizing plate after passing successively through the second phase delay plate, the second lens, the first lens and the first phase delay plate, and then the light is reflected by the reflective polarizing plate for the first time and passes through the first phase delay plate and the first lens, and arrives at the transflective optical surface of the second lens, where it is reflected by the transflective optical surface for the second time, and then the light reaches human eyes after passing through the first lens, the first phase delay plate and the reflective polarizing plate. in the second lens, the optical surface adjacent to the second phase delay plate is a transflective optical surface; the first focal length f2 of the second lens meets the following condition: 1F≤f2≤2F, wherein F is the system focal length of the short-range optical amplification module, wherein f2 is measured after the incident light penetrates through an optical surface of the second lens and is reflected by the transflective optical surface of the second lens, and the short-range optical amplification module is configured such that during the operation of the short-range optical amplification module, the light from the object side arrives at the reflective polarizing plate after passing successively through the second phase delay plate, the second lens, the first lens and the first phase delay plate, and then the light is reflected by the reflective polarizing plate for the first time and passes through the first phase delay plate and the first lens, and arrives at the transflective optical surface of the second lens, where it is reflected by the transflective optical surface for the second time, and then the light reaches human eyes after passing through the first lens, the first phase delay plate and the reflective polarizing plate.
A sun shade, having a guide tube, a support arm, a swivel arm, an upper console, a lower console, a covering, and a slide joint, wherein the swivel arm connects the support arm to the guide tube in such a way that one end of the swivel arm is connected to a joint (1.1) of the guide tube, and the other end of the swivel arm is connected to a joint (2.1) of the support arm; and on the support arm, by means of the upper console, a right upper support rib (4.1) and a left upper support rib (4.2) are secured; and on the support arm, by means of the lower console, a right lower support rib (3.1) and a left lower support rib (3.2) are secured; and the support arm is connected to the guide tube by means of the slide joint; and that the support arm and the guide tube form an angle α in the range from 0° to 80°; and the slide joint is secured by means of a locking element (9.1); and a lower right corner (8.1) of the covering is connected to a lower end of the lower right support rib (3.1); and an upper right corner (8.2) of the covering is connected to an upper end of the upper right support rib (4.1); and a left upper corner (8.3) of the covering is connected to an upper end of the upper left support rib (4.2); and a lower left corner (8.4) of the covering is connected to a lower end of the lower left support rib (3.2), characterized in that the covering is split between the right lower corner (8.1) and the left lower corner (8.4).
An air conditioner comprising: an air conditioner body comprising an electrical component box containing an electrical component; a drawn portion formed in the air conditioner body to be swollen and configured to closely contact the electrical component box; a projection provided in one of the air conditioner body and the electrical component box by a cut-and-raised process; a hole which is provided in the other one of the air conditioner body and the electrical component box, to which the projection is fitted and which is slid along the drawn portion of the air conditioner body and hooked onto the projection; and an attaching portion for screwing and fixing the electrical component box to the air conditioner body at a position at which the projection is hooked onto the hole, characterized in that the projection is in the shape of a rectangle and includes two connecting sides (31a, 31b) which are orthogonally continuous with each other and are connected to one of the air conditioner body and the electrical component box, and two separated sides (31c, 31d) which are orthogonally continuous with each other and are separated from one of the air conditioner body and the electrical component box, and the hole includes a rectangular hole which opens to be fitted to the projection, and a fitting notch which is cut from a part of the rectangular hole, and the fitting notch, to which one of the connecting sides of the projection is fitted when the electrical component box is slid, is hooked onto the connecting side. an air conditioner body comprising an electrical component box containing an electrical component; a drawn portion formed in the air conditioner body to be swollen and configured to closely contact the electrical component box; a projection provided in one of the air conditioner body and the electrical component box by a cut-and-raised process; a hole which is provided in the other one of the air conditioner body and the electrical component box, to which the projection is fitted and which is slid along the drawn portion of the air conditioner body and hooked onto the projection; and an attaching portion for screwing and fixing the electrical component box to the air conditioner body at a position at which the projection is hooked onto the hole, characterized in that the projection is in the shape of a rectangle and includes two connecting sides (31a, 31b) which are orthogonally continuous with each other and are connected to one of the air conditioner body and the electrical component box, and two separated sides (31c, 31d) which are orthogonally continuous with each other and are separated from one of the air conditioner body and the electrical component box, and the hole includes a rectangular hole which opens to be fitted to the projection, and a fitting notch which is cut from a part of the rectangular hole, and the fitting notch, to which one of the connecting sides of the projection is fitted when the electrical component box is slid, is hooked onto the connecting side.
A flat protective device, comprising a winding shaft and a flat web (74, 88), which can be wound up on the winding shaft in the winding direction, several securing parts (10, 24, 36, 76, 78, 96, 98, 100, 102, 122, 128, 136, 144) spaced apart in the winding direction being arranged or formed on an outer edge (80, 84, 92) of the flat surface (74, 88), said securing parts (10, 24, 36, 76, 78, 96, 98, 100, 102, 122, 128, 136, 144) being guided in a guide rail of the protective device at least in sections, the lengths of the securing parts (10, 24, 36, 76, 78, 96, 98, 100, 102, 122, 128, 136, 144) and the spacing of the securing parts (10, 24, 36, 76, 78, 96, 98, 100, 102, 122, 128, 136, 144) in the winding direction being chosen such that the securing parts (10, 24, 36, 76, 78, 96, 98, 100, 102, 122, 128, 136, 144) of a first flat web section wound up on the winding shaft form a first row of securing parts (10, 24, 36, 76, 78, 96, 98, 100, 102, 122, 128, 136, 144) abutting against each other essentially without gaps, and that the securing parts (10, 24, 36, 76, 78, 96, 98, 100, 102, 122, 128, 136, 144), at least in sections, protrude over the outer edge of the flat web in the longitudinal direction of the winding shaft, characterized in that the spacing of the securing parts (10, 24, 36, 76, 78, 96, 98, 100, 102, 122, 128, 136, 144) and the thickness of the securing parts (10, 24, 36, 76, 78, 96, 98, 100, 102, 122, 128, 136, 144) perpendicular to the plane of the flat web (74, 88) are chosen such that the securing parts (10, 24, 36, 76, 78, 96, 98, 100, 102, 122, 128, 136, 144) are each arranged on top of each other in a radial manner when several rows of securing parts (10, 24, 36, 76, 78, 96, 98, 100, 102, 122, 128, 136, 144) arranged on top of each other are formed.
Device to receive at least one mobile telephone comprising a shaped body consisting of at least one first body and a second body, with a receiving pocket to receive the mobile telephone in the interior of the first body, wherein the first body is rigidly connected to at least one fastening element, which is designed as a base with a supporting surface, wherein the second body is releasably reversibly connectable to the first body, wherein the first body connected to the fastening element is inclined relative to the base, and wherein a signal transmission unit is integrated in the second body, characterized in that the second body comprises at least a loudspeaker as well as a microphone and is designed as a receiver by the signal transmission unit, wherein the signal transmission unit is connectable to the mobile telephone for data connection.
An image processing apparatus comprising: printing means configured to perform printing processing; first storage means configured to store a program for performing the printing processing; second storage means configured to store a plurality of application programs installed in the image processing apparatus; detection means configured to detect that an error has occurred in the second storage means; characterized by determination means configured, in a case where the detection means detects that an error occurs in the second storage means, to determine whether an application program regarding security exists in the plurality of application programs; and control means configured to control the image processing apparatus to operate in a degeneration mode in which the printing processing is provided by a program stored in the first storage means while the second storage means is invalidated, in a case where the determination means determines that an application program regarding security does not exist in the plurality of application programs, and to control the image processing apparatus to operate not in the degeneration mode but in an error mode, in a case where the determination means determines that an application program regarding security exists in the plurality of application programs, wherein the printing means is configured to be unable to perform printing processing in a case where the control means controls the image processing apparatus to operate in the error mode. printing means configured to perform printing processing; first storage means configured to store a program for performing the printing processing; second storage means configured to store a plurality of application programs installed in the image processing apparatus; detection means configured to detect that an error has occurred in the second storage means; characterized by determination means configured, in a case where the detection means detects that an error occurs in the second storage means, to determine whether an application program regarding security exists in the plurality of application programs; and control means configured to control the image processing apparatus to operate in a degeneration mode in which the printing processing is provided by a program stored in the first storage means while the second storage means is invalidated, in a case where the determination means determines that an application program regarding security does not exist in the plurality of application programs, and to control the image processing apparatus to operate not in the degeneration mode but in an error mode, in a case where the determination means determines that an application program regarding security exists in the plurality of application programs, wherein the printing means is configured to be unable to perform printing processing in a case where the control means controls the image processing apparatus to operate in the error mode.
A stent for maintaining patency and treating a diseased section of a blood vessel, comprising: a polymeric scaffolding comprising poly(L-lactide) and between 0.05 wt% and 1.0 wt% L-lactide monomer mixed, dispersed, or dissolved within the scaffolding, wherein the crystallinity of the scaffolding is between 20-50%, wherein the number average molecular weight of the scaffolding is between 60,000 and 300,000 g/mole, relative to polystyrene standards, and wherein the scaffolding is composed of a pattern of struts, the pattern including linking struts and a plurality of cylindrical rings connected by the linking struts. a polymeric scaffolding comprising poly(L-lactide) and between 0.05 wt% and 1.0 wt% L-lactide monomer mixed, dispersed, or dissolved within the scaffolding, wherein the crystallinity of the scaffolding is between 20-50%, wherein the number average molecular weight of the scaffolding is between 60,000 and 300,000 g/mole, relative to polystyrene standards, and wherein the scaffolding is composed of a pattern of struts, the pattern including linking struts and a plurality of cylindrical rings connected by the linking struts.