mhurhangee/ep-ind-claims huggingface dataset:
A device for converting hand or finger positions or movements into electrical signals, the device comprising: a handle for receiving one or more fingers or a portion of a hand, the handle adapted for movement or displacement by the hand; a handle displacement sensor for producing an input electrical signal in response to movement or displacement of the handle; a set of tactile sensors on or near the surface of the handle, each tactile sensor being associated with a different region of the handle; a detector for detecting contact of one or more of the tactile sensors by one or more fingers or a portion of the hand so as to generate an observed touch-point map for the handle for a respective sampling interval; and an electronic data processor for generating an output electrical signal outputted by the device based on the input electrical signal provided by the handle displacement sensor, characterized in that the electronic data processor is adapted to generate the output electrical signal outputted by the device based on the input electrical signal with a control response ratio of the input electrical signal to the output electrical signal determined in response to the observed touch-point map matching or being substantially similar to a reference touch-point map. a handle for receiving one or more fingers or a portion of a hand, the handle adapted for movement or displacement by the hand; a handle displacement sensor for producing an input electrical signal in response to movement or displacement of the handle; a set of tactile sensors on or near the surface of the handle, each tactile sensor being associated with a different region of the handle; a detector for detecting contact of one or more of the tactile sensors by one or more fingers or a portion of the hand so as to generate an observed touch-point map for the handle for a respective sampling interval; and an electronic data processor for generating an output electrical signal outputted by the device based on the input electrical signal provided by the handle displacement sensor, characterized in that the electronic data processor is adapted to generate the output electrical signal outputted by the device based on the input electrical signal with a control response ratio of the input electrical signal to the output electrical signal determined in response to the observed touch-point map matching or being substantially similar to a reference touch-point map.
A ball transfer unit system comprising: a ball panel (100;210;422;530) comprising a top skin (110;212;422;534) having an aperture (213;423); a ball transfer unit support (220;410;520) located within the aperture (213;423), wherein the ball transfer unit support (220;410;520) comprises a shoulder; and a ball transfer unit (130;230;510) located within the ball transfer unit support (220;410;520) and having a canister, wherein a tapered neck of the canister of the ball transfer unit (130;230;510) is supported by the shoulder of the ball transfer unit support (220;410;520); characterized in that, the ball transfer unit support (220;410;520) comprises a top ring (226;412;523) comprising a truncated circle and the aperture (213;423) is a generally circular hole with truncated sides in top skin (110;212;422;534). a ball panel (100;210;422;530) comprising a top skin (110;212;422;534) having an aperture (213;423); a ball transfer unit support (220;410;520) located within the aperture (213;423), wherein the ball transfer unit support (220;410;520) comprises a shoulder; and a ball transfer unit (130;230;510) located within the ball transfer unit support (220;410;520) and having a canister, wherein a tapered neck of the canister of the ball transfer unit (130;230;510) is supported by the shoulder of the ball transfer unit support (220;410;520); characterized in that, the ball transfer unit support (220;410;520) comprises a top ring (226;412;523) comprising a truncated circle and the aperture (213;423) is a generally circular hole with truncated sides in top skin (110;212;422;534).
A pneumatic control device (32.1, 32.2, 32.3, 32.4) for a hydrodynamic retarder, having a working pressure port, which is connected to a supply container of the retarder, having at least two inlet valves (20, 48, 50, 52, 54), via which a working pressure line leading to the working pressure port can be connected to a ventilation line connected to a compressed air source, and having at least one outlet valve, via which the working pressure line can be connected to a venting line connected to a venting outlet, wherein two outlet valves (34, 36; 40, 42) connected in parallel to each other are arranged in the control device (32.1, 32.2, 32.3, 32.4), via which the working pressure line can be connected to the venting line, characterized in that the two inlet valves (48, 50; 52, 54) have different opening cross-sections.
A pressure-sensitive adhesive tape for preventing adhesion of aquatic organisms comprising an antifouling layer, a base material layer and a pressure-sensitive adhesive layer in this order, wherein the base material layer contains an ionomer resin, wherein the content of the ionomer resin in the base material layer is from 50% by weight to 100% by weight, wherein the antifouling layer contains a silicone resin and further contains a silicone oil, and wherein the silicone oil includes a polyether-modified silicone oil. wherein the base material layer contains an ionomer resin, wherein the content of the ionomer resin in the base material layer is from 50% by weight to 100% by weight, wherein the antifouling layer contains a silicone resin and further contains a silicone oil, and wherein the silicone oil includes a polyether-modified silicone oil.
A positioner comprising: a housing; a table rotating around a rotation center with respect to the housing; a drive portion for rotating the table around the rotation center in forward and reverse directions; a cylinder including: a first opening at the rotation center of the table; and a second opening opposite and connected to the first opening; a first winder outside the second opening of the cylinder; and a first cord including: a first lead-out portion entering the second opening, passing through the cylinder, and being led out from the table, and a first wound portion wound around the first winder characterized in that said first wound portion is wound around the first winder to form a spiral according to a rotation of the table, and in that the first lead-out portion is fixed at both ends thereof. a housing; a table rotating around a rotation center with respect to the housing; a drive portion for rotating the table around the rotation center in forward and reverse directions; a cylinder including: a first opening at the rotation center of the table; and a second opening opposite and connected to the first opening; a first winder outside the second opening of the cylinder; and a first opening at the rotation center of the table; and a second opening opposite and connected to the first opening; a first winder outside the second opening of the cylinder; and a first cord including: a first lead-out portion entering the second opening, passing through the cylinder, and being led out from the table, and a first wound portion wound around the first winder characterized in that said first wound portion is wound around the first winder to form a spiral according to a rotation of the table, and in that the first lead-out portion is fixed at both ends thereof. a first lead-out portion entering the second opening, passing through the cylinder, and being led out from the table, and a first wound portion wound around the first winder characterized in that said first wound portion is wound around the first winder to form a spiral according to a rotation of the table, and in that the first lead-out portion is fixed at both ends thereof.
An apparatus, comprising: a resistive memory component comprising an active material and two or more electrodes (102, 105) in electrical contact with the active material of the resistive memory component; and a selector component providing control over the resistive memory component, the selector component comprising an active material and two or more electrodes (102 or 103, 107) in electrical contact with the active material of the selector component, wherein the resistive memory component and the selector component share one or more electrodes the resistive memory component and the selector component share at least part of the active material; characterized in that part of the active material of the resistive memory component that is in proximity to one of the electrodes of the resistive memory component is fully oxidized, and wherein the remaining active material of the resistive memory component is partially oxidized or unoxidized. a resistive memory component comprising an active material and two or more electrodes (102, 105) in electrical contact with the active material of the resistive memory component; and a selector component providing control over the resistive memory component, the selector component comprising an active material and two or more electrodes (102 or 103, 107) in electrical contact with the active material of the selector component, wherein the resistive memory component and the selector component share one or more electrodes the resistive memory component and the selector component share at least part of the active material; characterized in that part of the active material of the resistive memory component that is in proximity to one of the electrodes of the resistive memory component is fully oxidized, and wherein the remaining active material of the resistive memory component is partially oxidized or unoxidized.
A ceiling-embedded air conditioner comprising: a ceiling-embedded casing body that has an air suction path at the center of a lower surface and has an air blowoff path around the air suction path; a turbo fan that is disposed inside the casing body; a heat exchanger that is disposed inside the casing body on an outer peripheral side of the turbo fan; and an electrical equipment box that is disposed along a part of the heat exchanger at the upstream side of a ventilation direction, wherein the casing body has a square shape with first to fourth side plates (22a to 22d), the heat exchanger has first to fourth heat exchange portions (6a to 6d) bent along the first to fourth side plates (22a to 22d) respectively, an end portion of the first heat exchange portion and an end portion of the fourth heat exchange portion are disposed with a predetermined spacing therebetween at a corner for tube connection out of the four corners of the casing body, and characterised in that the electrical equipment box is provided with first and second storage portions (91a and 91b) coupled to be orthogonal to each other and is formed in an L shape, the first storage portion is disposed from the corner for tube connection along the first heat exchange portion, and the second storage portion is disposed from the corner for tube connection along the fourth heat exchange portion. a ceiling-embedded casing body that has an air suction path at the center of a lower surface and has an air blowoff path around the air suction path; a turbo fan that is disposed inside the casing body; a heat exchanger that is disposed inside the casing body on an outer peripheral side of the turbo fan; and an electrical equipment box that is disposed along a part of the heat exchanger at the upstream side of a ventilation direction, wherein the casing body has a square shape with first to fourth side plates (22a to 22d), the heat exchanger has first to fourth heat exchange portions (6a to 6d) bent along the first to fourth side plates (22a to 22d) respectively, an end portion of the first heat exchange portion and an end portion of the fourth heat exchange portion are disposed with a predetermined spacing therebetween at a corner for tube connection out of the four corners of the casing body, and characterised in that the electrical equipment box is provided with first and second storage portions (91a and 91b) coupled to be orthogonal to each other and is formed in an L shape, the first storage portion is disposed from the corner for tube connection along the first heat exchange portion, and the second storage portion is disposed from the corner for tube connection along the fourth heat exchange portion.
A coupling device for connecting a motor to a transmission of a vehicle, particularly of a railway vehicle, with - at least one first flange, - at least one second flange, - at least one first thread-reinforced joint mechanism, - at least one second thread-reinforced joint mechanism, and - at least one connection assembly that is arranged between the first and the second thread-reinforced joint mechanism (16, 20), and wherein the at least one first thread-reinforced joint mechanism and the at least one second thread-reinforced joint mechanism define a connection area between them in the direction of the center axis of the coupling device, characterized in that, starting from this connection area, the first thread-reinforced joint mechanism can be connected to the at least one connection assembly and the first flange, and the second thread-reinforced joint mechanism can be connected to the at least one connection assembly and the second flange. - at least one first flange, - at least one second flange, - at least one first thread-reinforced joint mechanism, - at least one second thread-reinforced joint mechanism, and - at least one connection assembly that is arranged between the first and the second thread-reinforced joint mechanism (16, 20), and
A method for switching global special effects, comprising: determining, in response to detecting a sliding gesture on a target interface and according to a sliding direction of the sliding gesture, two global special effects to be switched; wherein the global special effects are special effects applied to all pixels of a photo or a video; displaying, during a sliding process of the sliding gesture, the two global special effects on two sides of the target interface simultaneously, and changing display regions of the two global special effects on a left side and a right side of the target interface according to a transversal displacement component of the sliding gesture, wherein a display status of the target interface is a vertical screen status or a horizontal screen status, in response to determining that the display status of the target interface is the vertical screen status, the transversal displacement component is a displacement component parallel to a shorter side of the display screen, and in response to determining that the display status of the target interface is the horizontal screen status, the transversal displacement component is a displacement component parallel to a longer side of the display screen; and determining, in response to detecting a release operation of the sliding gesture, a global special effect having a larger display region from the two global special effects as a user-selected global special effect, and displaying the user-selected global special effect on an entire region of the target interface. determining, in response to detecting a sliding gesture on a target interface and according to a sliding direction of the sliding gesture, two global special effects to be switched; wherein the global special effects are special effects applied to all pixels of a photo or a video; displaying, during a sliding process of the sliding gesture, the two global special effects on two sides of the target interface simultaneously, and changing display regions of the two global special effects on a left side and a right side of the target interface according to a transversal displacement component of the sliding gesture, wherein a display status of the target interface is a vertical screen status or a horizontal screen status, in response to determining that the display status of the target interface is the vertical screen status, the transversal displacement component is a displacement component parallel to a shorter side of the display screen, and in response to determining that the display status of the target interface is the horizontal screen status, the transversal displacement component is a displacement component parallel to a longer side of the display screen; and determining, in response to detecting a release operation of the sliding gesture, a global special effect having a larger display region from the two global special effects as a user-selected global special effect, and displaying the user-selected global special effect on an entire region of the target interface.
A surrounding vehicle display method, comprising: obtaining information on surroundings of a host vehicle; detecting a vehicle speed of the host vehicle; using the obtained information on the surroundings of the host vehicle to generate a virtual image that indicates the surroundings of the host vehicle as being viewed from above the host vehicle; making a display region of a front region and a rear region around the host vehicle on the virtual image wide when the detected vehicle speed is higher than a low vehicle speed; and displaying the virtual image on a display, characterized in that an increase rate for widening the rear region is greater than the increase rate for widening the front region. obtaining information on surroundings of a host vehicle; detecting a vehicle speed of the host vehicle; using the obtained information on the surroundings of the host vehicle to generate a virtual image that indicates the surroundings of the host vehicle as being viewed from above the host vehicle; making a display region of a front region and a rear region around the host vehicle on the virtual image wide when the detected vehicle speed is higher than a low vehicle speed; and displaying the virtual image on a display, characterized in that an increase rate for widening the rear region is greater than the increase rate for widening the front region.
A pumping assembly comprising a plunger and a spring located within a spring chamber, wherein a first end of the plunger is located within a housing part, and a second end of the plunger remote from the first end is proximate a shoe (112, 212, 312), and wherein reciprocating movement of the plunger is caused by force transferred from a rotating cam lobe, via a roller and the shoe (112, 212, 312); the pumping assembly further comprising a spring seat against which an end of the spring remote from the housing part abuts, wherein the spring seat is not in contact with the plunger (104; the pumping assembly comprising a first member and a second member, wherein the spring seat is provided on the first member, and wherein the second member is fixedly attached to the plunger; wherein the second member is clipped into a groove provided in the plunger, and wherein arms of second member are located and free to move within longitudinally extending apertures provided in the first member.
A transformation method for gram-positive bacteria by conjugational transfer, comprising preparing donor bacteria containing a helper plasmid having an inactivated origin of DNA transfer (oriT) region and a chromosomal DNA or plasmid having the origin of DNA transfer (oriT) region integrated therein; and performing conjugational transfer from the donor bacteria to recipient bacteria; and accumulating a desired DNA segment in a chromosome of the recipient bacteria by repeatedly performing steps and using transformed cells obtained by the conjugational transfer as the recipient bacteria in step. preparing donor bacteria containing a helper plasmid having an inactivated origin of DNA transfer (oriT) region and a chromosomal DNA or plasmid having the origin of DNA transfer (oriT) region integrated therein; and performing conjugational transfer from the donor bacteria to recipient bacteria; and accumulating a desired DNA segment in a chromosome of the recipient bacteria by repeatedly performing steps and using transformed cells obtained by the conjugational transfer as the recipient bacteria in step.
A blind rivet with a rivet sleeve which has a shank, a setting head and a closing head end, and with a rivet mandrel with a rivet mandrel head, wherein the shank has a reinforcing region between the setting head and the closing head end, characterized in that the reinforcing region extends at most up to a distance from the setting head which corresponds to a minimum clamping region of the blind rivet, wherein the reinforcing region has a greater wall thickness than a deformation portion of the shank adjoining the reinforcing region on the side facing away from the setting head, the deformation portion has a recess on its radially outer side and an end of a bottom of the recess adjacent to the setting head is arranged at the minimum clamping region of the blind rivet.
A wavelength conversion device (WC, WC1) comprising: a wavelength conversion element (14, 21) having a phosphor plate (14A, 21A, 21B, 21C) configured to convert a wavelength of incident light upon a light incident surface to generate wavelength-converted light (L3, L31), and emit the wavelength-converted light (L3, L31) from a light emission surface; an antenna array constituted of a plurality of optical antennas that are metal projections periodically arranged on said light emission surface of said phosphor plate; and a recessed structure (17, 22) including at least one recess (R1, R2) provided in said light emission surface of said phosphor plate; wherein said optical antennas are arranged with a period corresponding to a wavelength of the wavelength-converted light (L3, L31) in said phosphor plate (14A, 21A, 21B, 21C). a wavelength conversion element (14, 21) having a phosphor plate (14A, 21A, 21B, 21C) configured to convert a wavelength of incident light upon a light incident surface to generate wavelength-converted light (L3, L31), and emit the wavelength-converted light (L3, L31) from a light emission surface; an antenna array constituted of a plurality of optical antennas that are metal projections periodically arranged on said light emission surface of said phosphor plate; and a recessed structure (17, 22) including at least one recess (R1, R2) provided in said light emission surface of said phosphor plate; wherein said optical antennas are arranged with a period corresponding to a wavelength of the wavelength-converted light (L3, L31) in said phosphor plate (14A, 21A, 21B, 21C).
A self-expanding emboli-capturing centering device (100; 400; 500; 600a; 600b; 600c; 700; 800; 900) for centering a medical instrument in a conduit within a patient, the self-expanding emboli-capturing centering device (100; 400; 500; 600a; 600b; 600c; 700; 800; 900) comprising: an elongate shaft; a self-expanding centering member having (i) a flared distal portion having an open distal end (110ο), (ii) a proximal portion that is attached to the elongate shaft, (iii) an outer surface, and (iv) an inner surface forming a central lumen having a flared distal portion, the centering member configured such that a fluid flowing in a distal-to-proximal direction that is received by the open distal end of the centering member flows proximally along the flared distal portion of the lumen before exiting the central lumen through one or more openings in the proximal portion of the centering member; and a filter material configured to filter the fluid received by the open distal end of the centering member. an elongate shaft; a self-expanding centering member having (i) a flared distal portion having an open distal end (110ο), (ii) a proximal portion that is attached to the elongate shaft, (iii) an outer surface, and (iv) an inner surface forming a central lumen having a flared distal portion, the centering member configured such that a fluid flowing in a distal-to-proximal direction that is received by the open distal end of the centering member flows proximally along the flared distal portion of the lumen before exiting the central lumen through one or more openings in the proximal portion of the centering member; and a filter material configured to filter the fluid received by the open distal end of the centering member.