mhurhangee/patent-ind-claim-en huggingface dataset:
A coin lift for transporting coins and/or items similar to coins, the coin lift comprising: an endless conveyor loop for transporting coins and/or items similar to coins from a first position to a second position situated higher with respect to the first position , wherein the conveyor loop runs in a first section in a vertical ascending direction and in a second section in a vertical descending direction, a drive for selectively driving the conveyor loop in a rotating movement and a pressure element for pressing the coins and/or items similar to coins transported by the conveyor loop onto the conveyor loop , wherein the pressure element extends substantially along the first section of the conveyor loop , characterised in that the conveyor loop is formed from a plurality of articulated segments separably connected together, wherein each segment comprises a lip on a surface, the lip being arranged approximately transversely to the rotating movement, wherein the height of the lip perpendicular to the surface of the segment is dimensioned such that it is less than the joint thickness of two superimposed thinnest coins and/or items similar to coins and such that the coins and/or items similar to coins are situated on the lips and are pressed by the pressure element onto a respective segment . an endless conveyor loop for transporting coins and/or items similar to coins from a first position to a second position situated higher with respect to the first position , wherein the conveyor loop runs in a first section in a vertical ascending direction and in a second section in a vertical descending direction, a drive for selectively driving the conveyor loop in a rotating movement and a pressure element for pressing the coins and/or items similar to coins transported by the conveyor loop onto the conveyor loop , wherein the pressure element extends substantially along the first section of the conveyor loop , characterised in that the conveyor loop is formed from a plurality of articulated segments separably connected together, wherein each segment comprises a lip on a surface, the lip being arranged approximately transversely to the rotating movement, wherein the height of the lip perpendicular to the surface of the segment is dimensioned such that it is less than the joint thickness of two superimposed thinnest coins and/or items similar to coins and such that the coins and/or items similar to coins are situated on the lips and are pressed by the pressure element onto a respective segment .
A bispecific antigen binding molecule, comprising (a) at least two Fab fragments capable of specific binding to CD40 connected to a Fc region comprising (i) a heavy chain variable region (V H CD40) comprising an amino acid sequence selected from the group consisting of SEQ ID NO: 171, SEQ ID NO: 172, SEQ ID NO: 173 and SEQ ID NO: 174, and (ii) a light chain variable region (V L CD40) comprising the amino acid sequence selected from the group consisting of SEQ ID NO: 175, SEQ ID NO: 176, SEQ ID NO: 177, and SEQ ID NO: 178, and (b) one antigen binding domain capable of specific binding to FAP comprising a heavy chain variable region (V H FAP) comprising an amino acid sequence of SEQ ID NO: 17, and a light chain variable region (V L FAP) comprising an amino acid sequence of SEQ ID NO: 18 connected to the C-terminus of the Fc region, wherein the Fc region is an IgG1 Fc region or an IgG4 Fc region and wherein the Fc region comprises one or more amino acid substitution that reduces the binding affinity of the antibody to an Fc receptor and/or effector function. (a) at least two Fab fragments capable of specific binding to CD40 connected to a Fc region comprising (i) a heavy chain variable region (V H CD40) comprising an amino acid sequence selected from the group consisting of SEQ ID NO: 171, SEQ ID NO: 172, SEQ ID NO: 173 and SEQ ID NO: 174, and (ii) a light chain variable region (V L CD40) comprising the amino acid sequence selected from the group consisting of SEQ ID NO: 175, SEQ ID NO: 176, SEQ ID NO: 177, and SEQ ID NO: 178, and (b) one antigen binding domain capable of specific binding to FAP comprising a heavy chain variable region (V H FAP) comprising an amino acid sequence of SEQ ID NO: 17, and a light chain variable region (V L FAP) comprising an amino acid sequence of SEQ ID NO: 18 connected to the C-terminus of the Fc region,
A non-contact wireless communication apparatus which receives a power supply from an external device by inductive coupling in a non-contact manner, to transmit/receive a signal with the external device, the non-contact wireless communication apparatus comprising: a non-contact wireless communication antenna ; a resonance capacitor , connected in parallel with the non-contact wireless communication antenna , for obtaining a predetermined resonance frequency with the non-contact wireless communication antenna ; resonance frequency adjustment means for changing a resonance capacitance of the resonance capacitor to adjust the resonance frequency; capacitance change amount control means for controlling an amount of change in resonance capacitance of the resonance capacitor in the resonance frequency adjustment means; resonance frequency shift means for shifting the resonance frequency of the non-contact wireless communication antenna ; and on/off control means for performing on/off control of the resonance frequency shift means in accordance with the amount of change in the resonance capacitance of the resonance capacitor by the capacitance variation control means wherein the resonance frequency shift means shifts the resonance frequency of the non-contact wireless communication antenna to the predetermined frequency. a non-contact wireless communication antenna ; a resonance capacitor , connected in parallel with the non-contact wireless communication antenna , for obtaining a predetermined resonance frequency with the non-contact wireless communication antenna ; resonance frequency adjustment means for changing a resonance capacitance of the resonance capacitor to adjust the resonance frequency; capacitance change amount control means for controlling an amount of change in resonance capacitance of the resonance capacitor in the resonance frequency adjustment means; resonance frequency shift means for shifting the resonance frequency of the non-contact wireless communication antenna ; and on/off control means for performing on/off control of the resonance frequency shift means in accordance with the amount of change in the resonance capacitance of the resonance capacitor by the capacitance variation control means wherein the resonance frequency shift means shifts the resonance frequency of the non-contact wireless communication antenna to the predetermined frequency.
Aqueous paint dispersion comprising silanized colloidal silica particles and an acrylate-based binder wherein the weight ratio of SiO 2 to acrylate-based binder on a dry basis ranges from 0.02 to 0.2, and wherein the content of SiO 2 , measured by XRF, in said dispersion ranges from 1.05 to 7.5 wt%, characterised in that silane groups present in the silanized colloidal silica particles are derived from silanes containing an epoxy group, glycidoxy group, glycidoxypropyl group, ureido-based silanes, methacrylamido silanes, mercapto silanes, and combinations thereof.
A functional unit for a shower WC seat , comprising at least: - a base plate made of plastics for fastening to a WC ceramic ; - a cover for at least partially covering the base plate on the WC ceramic ; and - at least one fastening element for the shower WC seat , wherein the at least one fastening element is at least partially cast into the base plate . - a base plate made of plastics for fastening to a WC ceramic ; - a cover for at least partially covering the base plate on the WC ceramic ; and - at least one fastening element for the shower WC seat , wherein the at least one fastening element is at least partially cast into the base plate .
A hot-air engine including: a compressor with an inlet and an outlet ; a heating chamber with an inlet , in fluid communication with the outlet of the compressor , and an outlet ; a rotary displacement type working engine with an inlet , in fluid communication with the outlet of the heating chamber , and an output shaft ; and a drive means connecting the working engine to the compressor such that operation of the working engine causes operation of the compressor , characterised in that the working engine has a capacity of 20%-50% more than the capacity of the compressor , and the rotary displacement type working engine is a Roots type blower working engine. a compressor with an inlet and an outlet ; a heating chamber with an inlet , in fluid communication with the outlet of the compressor , and an outlet ; a rotary displacement type working engine with an inlet , in fluid communication with the outlet of the heating chamber , and an output shaft ; and a drive means connecting the working engine to the compressor such that operation of the working engine causes operation of the compressor , characterised in that the working engine has a capacity of 20%-50% more than the capacity of the compressor , and the rotary displacement type working engine is a Roots type blower working engine.
A peripheral wireless communication device comprising a processor configured to measure time, wherein the processor is configured to acquire time information from a central wireless communication device providing service to the peripheral wireless communication device and correct the measured time; characterized in that the processor is further configured to send timing information presenting a timing of acquiring the time information to the central wireless communication device ; and when the peripheral wireless communication device and another peripheral wireless communication device other than the peripheral wireless communication device overlap in the timing presented by the timing information, receive notice of change of the timing information from the central wireless communication device and change a setting of the timing information based on the notice of change. acquire time information from a central wireless communication device providing service to the peripheral wireless communication device and correct the measured time; characterized in that the processor is further configured to send timing information presenting a timing of acquiring the time information to the central wireless communication device ; and when the peripheral wireless communication device and another peripheral wireless communication device other than the peripheral wireless communication device overlap in the timing presented by the timing information, receive notice of change of the timing information from the central wireless communication device and change a setting of the timing information based on the notice of change.
Rotary press for dewatering a humid mass such as a sludge or pulp, comprising: a rotor comprising a hub and mounted for rotating around a central axis (X) in a direction of rotation (R), the rotor further comprising a plurality of blades (20a-20h), each blade having a proximal end (21a-21h) attached to the hub and a distal end (22a-22h) spaced apart from the hub ; a screen , at least partially surrounding the rotor and arranged for contacting distal ends (22a-22h) of the blades during rotation of the rotor, wherein the mesh screen is adapted for letting liquid pass there through while substantially blocking passage of solids, and wherein along the direction of rotation of the rotor and in a plane normal to the central axis (X) the distance of the mesh screen to the central axis (X) decreases over an arc of at least 120 degrees; an inlet comprising a passage for humid mass to a location between two adjacent blades of the plurality of blades; an outlet arranged downstream from the passage along the direction of rotation, for allowing passage of dewatered humid mass away from between two adjacent blades of the plurality of blades; wherein each blade comprises a flexible portion (23a-23h) extending between the hub and the distal end (22a-22h), wherein the flexible portion is adapted for, upon contact of the distal end with the mesh screen during rotation of the rotor and when seen in projection onto said plane, bending over an included bend angle (β) of at least 90 degrees. a rotor comprising a hub and mounted for rotating around a central axis (X) in a direction of rotation (R), the rotor further comprising a plurality of blades (20a-20h), each blade having a proximal end (21a-21h) attached to the hub and a distal end (22a-22h) spaced apart from the hub ; a screen , at least partially surrounding the rotor and arranged for contacting distal ends (22a-22h) of the blades during rotation of the rotor, wherein the mesh screen is adapted for letting liquid pass there through while substantially blocking passage of solids, and wherein along the direction of rotation of the rotor and in a plane normal to the central axis (X) the distance of the mesh screen to the central axis (X) decreases over an arc of at least 120 degrees; an inlet comprising a passage for humid mass to a location between two adjacent blades of the plurality of blades; an outlet arranged downstream from the passage along the direction of rotation, for allowing passage of dewatered humid mass away from between two adjacent blades of the plurality of blades; wherein each blade comprises a flexible portion (23a-23h) extending between the hub and the distal end (22a-22h), wherein the flexible portion is adapted for, upon contact of the distal end with the mesh screen during rotation of the rotor and when seen in projection onto said plane, bending over an included bend angle (β) of at least 90 degrees.
A connector assembly for attachment to a corrugated coaxial cable , the corrugated coaxial cable comprising a center conductor , a dielectric surrounding the center conductor , and a corrugated outer conductor surrounding the dielectric , the connector assembly comprising: a rear outer body to be received over a portion of the corrugated coaxial cable , the rear outer body comprising an engagement element ; and a front subassembly to be partially inserted into the rear outer body , the front subassembly comprising: a front body shell comprising a deformable end portion and a rearward annular extension spaced apart from the deformable end portion such that a pinching space is formed between the deformable end portion and the rearward annular extension , wherein upon coupling of the rear outer body with the front body shell , a portion of the corrugated outer conductor is positioned within the pinching space and the deformable end portion is inwardly urged toward the rearward annular extension by the engagement element such that the portion of the corrugated outer conductor is pinched while positioned within the pinching space . a rear outer body to be received over a portion of the corrugated coaxial cable , the rear outer body comprising an engagement element ; and a front subassembly to be partially inserted into the rear outer body , the front subassembly comprising: a front body shell comprising a deformable end portion and a rearward annular extension spaced apart from the deformable end portion such that a pinching space is formed between the deformable end portion and the rearward annular extension ,
A method comprising: receiving a route response provided by a network apparatus , the route response comprising information identifying a starting location and a target location of a route and a bloom filter encoding a route segment set defined by the route , the route response received by a mobile apparatus comprising a processor , a communication interface , and a memory storing a mobile version of a digital map; using the information identifying the starting location and the target location to identify a decoded starting segment of the mobile version of the digital map for the route and a decoded target segment of the mobile version of the digital map for the route ; accessing map information for determining a cost value for segments of the digital map, wherein a segment that satisfies the bloom filter is assigned a minimal cost value; determining a decoded route from the decoded starting segment to the decoded target segment based on the cost value assigned to the segments using a cost minimization route determination algorithm; and at least one of (a) providing the decoded route via a user interface of the mobile apparatus or (b) controlling a vehicle such that the vehicle traverses the decoded route . receiving a route response provided by a network apparatus , the route response comprising information identifying a starting location and a target location of a route and a bloom filter encoding a route segment set defined by the route , the route response received by a mobile apparatus comprising a processor , a communication interface , and a memory storing a mobile version of a digital map; using the information identifying the starting location and the target location to identify a decoded starting segment of the mobile version of the digital map for the route and a decoded target segment of the mobile version of the digital map for the route ; accessing map information for determining a cost value for segments of the digital map, wherein a segment that satisfies the bloom filter is assigned a minimal cost value; determining a decoded route from the decoded starting segment to the decoded target segment based on the cost value assigned to the segments using a cost minimization route determination algorithm; and at least one of (a) providing the decoded route via a user interface of the mobile apparatus or (b) controlling a vehicle such that the vehicle traverses the decoded route .
A projection display system, comprising: a light source configured to emit a light in response to a content data; an optical modulator configured to modulate the light; and a controller configured to adjust a light level emitted by the light source of the projection display system based on the content data and a metadata relating to a future frame, thereby to reduce a perceptibility of a visual artifact, wherein the content data includes an image data indicating the peak brightness level in an image in a current frame and an ambient condition data, characterized in that the metadata relating to a future frame comprises information about the peak brightness level of said future frame, and wherein adjusting the light level includes adjusting a rate-of-change of the brightness of the light source depending on the ambient condition data. a light source configured to emit a light in response to a content data; an optical modulator configured to modulate the light; and a controller configured to adjust a light level emitted by the light source of the projection display system based on the content data and a metadata relating to a future frame, thereby to reduce a perceptibility of a visual artifact, wherein the content data includes an image data indicating the peak brightness level in an image in a current frame and an ambient condition data, characterized in that the metadata relating to a future frame comprises information about the peak brightness level of said future frame, and wherein adjusting the light level includes adjusting a rate-of-change of the brightness of the light source depending on the ambient condition data.
A head-up display that is adapted to be used on a vehicle, projects an image on a transparent reflective member and allows an observer (D) to visually recognize a virtual image (I), the head-up display comprising: a display device that displays the image ; and a projection optical system that projects the image displayed on the display device to a viewpoint of the observer (D), wherein the projection optical system includes a refractive optical system that includes at least one optical element , and a concave mirror having a concave reflection surface, the refractive optical system is positioned on an optical path (Lc) between the display device and the concave mirror , the refractive optical system includes a lens element having negative power as a whole, the lens element having negative power has an incident surface into which light of the image displayed on the display device is incident, the incident surface has a concave surface, characterized in that the power of the lens element is stronger in the right/left direction of the vehicle than in the upper/lower direction of the vehicle, and a following condition is satisfied: 0.5 < H / L < 10.0 where H represents a length from reference outer side image end (Do) to reference inner side image end (Di), and L represents an optical path length of a reference beam from the display device to the incident surface of the lens element having negative power in the refractive optical system . a display device that displays the image ; and a projection optical system that projects the image displayed on the display device to a viewpoint of the observer (D), wherein the projection optical system includes a refractive optical system that includes at least one optical element , and a concave mirror having a concave reflection surface, a refractive optical system that includes at least one optical element , and a concave mirror having a concave reflection surface, the refractive optical system is positioned on an optical path (Lc) between the display device and the concave mirror , the refractive optical system includes a lens element having negative power as a whole, the lens element having negative power has an incident surface into which light of the image displayed on the display device is incident, the incident surface has a concave surface, characterized in that the power of the lens element is stronger in the right/left direction of the vehicle than in the upper/lower direction of the vehicle, and a following condition is satisfied: 0.5 < H / L < 10.0 where H represents a length from reference outer side image end (Do) to reference inner side image end (Di), and L represents an optical path length of a reference beam from the display device to the incident surface of the lens element having negative power in the refractive optical system . H represents a length from reference outer side image end (Do) to reference inner side image end (Di), and L represents an optical path length of a reference beam from the display device to the incident surface of the lens element having negative power in the refractive optical system .