mhurhangee/ep-ind-claims huggingface dataset:
Injection device having a mechanism for automatically discharging a product through an injection needle, further comprising: a) a housing, b) a needle guard at the distal end of the injection device, which needle guard can be moved from its initial position into a proximal end position into the housing and from the proximal end position into a needle-guarding position in which the needle guard surrounds the injection needle projecting out from a distal end of the housing, c) an activation mechanism which can be moved from a non-activated position into an activated position, and when the activation mechanism is in the non-activated position the needle guard is blocked in its ability to be moved into the proximal end position and when the activation mechanism is in the activated position the needle guard can be moved into the proximal end position, characterized by d) a resiliently arranged locking means or second locking means for blocking the needle guard in the needle guarding position and a transmission means which tenses and deflects the locking means or the second locking means into a second position during the movement of the activation mechanism into the activated position. a) a housing, b) a needle guard at the distal end of the injection device, which needle guard can be moved from its initial position into a proximal end position into the housing and from the proximal end position into a needle-guarding position in which the needle guard surrounds the injection needle projecting out from a distal end of the housing, c) an activation mechanism which can be moved from a non-activated position into an activated position, and when the activation mechanism is in the non-activated position the needle guard is blocked in its ability to be moved into the proximal end position and when the activation mechanism is in the activated position the needle guard can be moved into the proximal end position, characterized by d) a resiliently arranged locking means or second locking means for blocking the needle guard in the needle guarding position and a transmission means which tenses and deflects the locking means or the second locking means into a second position during the movement of the activation mechanism into the activated position.
A method, comprising: generating, by an access point, a first downlink control message comprising a first plurality of different resource allocations to a first plurality of wireless communications devices based on the first plurality of wireless communications devices being assigned to a first aggregation level; generating, by the access point, a second downlink control message comprising a second plurality of different resource allocations to a second plurality of wireless communications devices based on the second plurality of wireless communications devices being assigned to a second aggregation level that is different from the first aggregation level; and transmitting, from the access point, the first downlink control message to the first plurality of wireless communications devices and the second downlink control message to the second plurality of wireless communications devices. generating, by an access point, a first downlink control message comprising a first plurality of different resource allocations to a first plurality of wireless communications devices based on the first plurality of wireless communications devices being assigned to a first aggregation level; generating, by the access point, a second downlink control message comprising a second plurality of different resource allocations to a second plurality of wireless communications devices based on the second plurality of wireless communications devices being assigned to a second aggregation level that is different from the first aggregation level; and transmitting, from the access point, the first downlink control message to the first plurality of wireless communications devices and the second downlink control message to the second plurality of wireless communications devices.
A method for determining the state of health of a battery by monitoring charging of said battery over multiple charging instances, comprising a charging station implementing steps of: - recognizing the battery via a unique identifier; - charging the battery; - monitoring conditions of the battery during charging, said conditions including at least one of: a voltage supplied to the battery, a current supplied to the battery and a temperature of the battery; - storing data related to the current charging instance based at least partially on the monitored conditions; - retrieving data related to at least one earlier charging instance of the uniquely identified battery; and - making, during charging the battery, a determination of the uniquely identified battery's state of health based at least partially on a comparison of the data related to the current charging instance and the retrieved data related to at least one earlier charging instance. - recognizing the battery via a unique identifier; - charging the battery; - monitoring conditions of the battery during charging, said conditions including at least one of: a voltage supplied to the battery, a current supplied to the battery and a temperature of the battery; - storing data related to the current charging instance based at least partially on the monitored conditions; - retrieving data related to at least one earlier charging instance of the uniquely identified battery; and - making, during charging the battery, a determination of the uniquely identified battery's state of health based at least partially on a comparison of the data related to the current charging instance and the retrieved data related to at least one earlier charging instance.
Circuit board direct contact device (101, 401, 601, 901, 1001) for establishing an electrical contact between a contact face on a circuit board (105, 905) and a stripped part of a stranded wire, said device comprising a clamping element (117, 618, 918, 1020), a stranded wire guide (115, 615), a circuit board holder (113, 413, 613, 913, 1013) and a bending element, characterised in that the bending element and the stranded wire guide (115, 615) are arranged in such a way that, when the circuit board (105, 905) is inserted into the circuit board holder (113, 413, 613, 913, 1013), the stripped part of the stranded wire that is guided in or on the stranded wire guide (115, 615) substantially vertically between the clamping element (117, 618, 918, 1020) and the circuit board (105, 905) is bent by the bending element towards the contact face of the circuit board (105, 905) and is guided partly onto the circuit board (105, 905) or around the circuit board (105, 905), wherein the clamping element (117, 618, 918, 1020) is arranged in such a way that, when the circuit board (105, 905) is inserted further into the circuit board holder (113, 413, 613, 913, 1013) in a clamped position, an electrical contact is established between the contact face of the circuit board (105, 905) and the stripped part of the stranded wire.
Securing device for a cylindrical ceramic hollow body with the following characteristics in its operational position: a) a base body which, with its bottom and a circumferential wall, defines a cylindrical space with a corresponding central longitudinal axis, b) the bottom features an opening whose longitudinal axis aligns with the central longitudinal axis, characterized by the following features: c) the bottom features a ring-shaped channel which extends concentrically around the opening. d) at least an inner wall of the channel which is adjacent to the opening consists of a material which is plastically ductile under the application of pressure, e) a ring-shaped compact whose radial wall cross-section increases in size upwards from a lower free end, so that the inner wall of the channel deforms plastically, thereby reducing the cross section of the opening, after the compact is pressed into the channel. a) a base body which, with its bottom and a circumferential wall, defines a cylindrical space with a corresponding central longitudinal axis, b) the bottom features an opening whose longitudinal axis aligns with the central longitudinal axis, characterized by the following features: c) the bottom features a ring-shaped channel which extends concentrically around the opening. d) at least an inner wall of the channel which is adjacent to the opening consists of a material which is plastically ductile under the application of pressure, e) a ring-shaped compact whose radial wall cross-section increases in size upwards from a lower free end, so that the inner wall of the channel deforms plastically, thereby reducing the cross section of the opening, after the compact is pressed into the channel.
An image reading device including a reading unit which reads an image of a business form by scanning the business form placed on a background section whose color is black, the image reading device comprising: a skew angle calculation unit which calculates a skew angle used for correcting inclination of the image of the business form according to image data of the image read by the reading unit; a circumscribed region detection unit which generates an image after a first skew correction obtained by rotating the image of the business form according to the skew angle, scans the generated image after the first skew correction, and thus detects a circumscribed quadrangle circumscribed around the image of the business form and included in the image after the first skew correction; and an image cutout unit which cuts out the business-form image after cutout from the image read by the reading unit, according to the circumscribed quadrangle; characterized in that every time the circumscribed region detection unit scans the image after the first skew correction, the circumscribed region detection unit calculates a number of continuous pixels in a color other than black included in a scanned range, and in a case where the calculated number of pixels consecutively exceeds a first value second-value times, the circumscribed region detection unit detects a location scanned when the number of continuous pixels exceeds the first value at first as a side of the circumscribed quadrangle. a skew angle calculation unit which calculates a skew angle used for correcting inclination of the image of the business form according to image data of the image read by the reading unit; a circumscribed region detection unit which generates an image after a first skew correction obtained by rotating the image of the business form according to the skew angle, scans the generated image after the first skew correction, and thus detects a circumscribed quadrangle circumscribed around the image of the business form and included in the image after the first skew correction; and an image cutout unit which cuts out the business-form image after cutout from the image read by the reading unit, according to the circumscribed quadrangle; characterized in that every time the circumscribed region detection unit scans the image after the first skew correction, the circumscribed region detection unit calculates a number of continuous pixels in a color other than black included in a scanned range, and in a case where the calculated number of pixels consecutively exceeds a first value second-value times, the circumscribed region detection unit detects a location scanned when the number of continuous pixels exceeds the first value at first as a side of the circumscribed quadrangle.
A light source lens comprising: an incident surface on which light from a light-emitting device is incident; and an exit surface, wherein the exit surface comprises: a center part having a concave shape configured to diffuse the incident light, an intermediate part having an aspherical shape configured to condense the incident light, and a peripheral part that includes a flat part and a depressed part configured to condense the incident light, characterized in that the peripheral part has a quadrangular planar shape having four corners or four rounded corners (4A, 4B, 4C, 4D) as viewed from an optical-axis direction, and the depressed part is formed near each of the four corners. an incident surface on which light from a light-emitting device is incident; and an exit surface, wherein the exit surface comprises: a center part having a concave shape configured to diffuse the incident light, an intermediate part having an aspherical shape configured to condense the incident light, and a peripheral part that includes a flat part and a depressed part configured to condense the incident light, characterized in that a center part having a concave shape configured to diffuse the incident light, an intermediate part having an aspherical shape configured to condense the incident light, and a peripheral part that includes a flat part and a depressed part configured to condense the incident light, characterized in that the peripheral part has a quadrangular planar shape having four corners or four rounded corners (4A, 4B, 4C, 4D) as viewed from an optical-axis direction, and the depressed part is formed near each of the four corners.
A system for delivering localized therapy to a tissue structure, said system comprising: a venous catheter apparatus having a distal portion positionable at a venous drainage structure of said tissue structure, said distal portion including an occlusion device adapted to selectively substantially occlude said venous drainage structure so as to substantially isolate venous circulation of said tissue structure in a tissue structure circulatory compartment from systemic body circulation in a systemic body circulatory compartment, and a perfusion port and a drainage port, both disposed relative to said occlusion device for placement in said tissue structure circulatory compartment, and a systemic port disposed relative to said occlusion device for placement in said systemic body circulatory compartment; and characterized by a blood conditioning apparatus fluidly coupling said perfusion port, said drainage port, and said systemic port of said venous catheter apparatus, said blood conditioning apparatus being adapted for conditioning blood supplied thereto as drainage flow through said drainage port, and reperfusing at least a portion of said drainage flow through said perfusion port as conditioned retrograde perfusion flow, wherein said conditioning includes cooling said perfusion flow to less than about 35° C. a venous catheter apparatus having a distal portion positionable at a venous drainage structure of said tissue structure, said distal portion including an occlusion device adapted to selectively substantially occlude said venous drainage structure so as to substantially isolate venous circulation of said tissue structure in a tissue structure circulatory compartment from systemic body circulation in a systemic body circulatory compartment, and a perfusion port and a drainage port, both disposed relative to said occlusion device for placement in said tissue structure circulatory compartment, and a systemic port disposed relative to said occlusion device for placement in said systemic body circulatory compartment; and characterized by a blood conditioning apparatus fluidly coupling said perfusion port, said drainage port, and said systemic port of said venous catheter apparatus, said blood conditioning apparatus being adapted for conditioning blood supplied thereto as drainage flow through said drainage port, and reperfusing at least a portion of said drainage flow through said perfusion port as conditioned retrograde perfusion flow, wherein said conditioning includes cooling said perfusion flow to less than about 35° C.
Leg clothing item, in particular sock, made from a knitted fabric which contains at least in regions an elastic base thread and at least one plush thread plated thereon and formed from the plush loop protruding from the knitted fabric, characterised in that in the regions of the knitted fabric worked with plush loops, first rows of stitches are knitted which contain the base thread and a hydrophobic thread plated thereon and enlaced as plush, and second rows of stitches are knitted which contain the base thread and a hydrophilic thread plated thereon and which are free from plush loops, and that at least one second row of stitches is arranged between two respective first rows of stitches.
Food composition for use in the treatment or prevention of muscle atrophy caused by immobilization comprising leucine in an amount of between 2 and 10 weight-% based on total dry weight of the composition, 10-50 g isoleucine per kg of the composition, 10-50 g valine per kg of the composition, and at least one antioxidant, wherein the composition comprises per kg 0.5-1.5 g hesperetine-7-glucoside 1-2 g curcumin 1-3 g green tea catechins 1-3 g rutin Vitamin E: 300 IU Vitamin A: 8000 IU Selenium: 4-6 μg Zinc: 90-100 μg 40-50 g L-leucine 3-8 g L-valine, and 8-12 g L-isoleucine. 0.5-1.5 g hesperetine-7-glucoside 1-2 g curcumin 1-3 g green tea catechins 1-3 g rutin Vitamin E: 300 IU Vitamin A: 8000 IU Selenium: 4-6 μg Zinc: 90-100 μg Vitamin E: 300 IU Vitamin A: 8000 IU Selenium: 4-6 μg Zinc: 90-100 μg 40-50 g L-leucine 3-8 g L-valine, and 8-12 g L-isoleucine.
A method of making a medical device with a flexible, kink-resistant tubular member, the method comprising the steps of: providing a tubular member; providing an anti-collapsing structure concentric with the tubular member, the anti-collapsing structure having a plurality of sections; and deforming the tubular member between the sections into a corrugated shape.
A fungicidal composition having a synergistic effect, comprising active ingredients A and B, wherein the active ingredient A is polyhexamethylene biguanide or an agriculturally acceptable salt thereof, the active ingredient B is one selected from azoxystrobin, trifloxystrobin, picoxystrobin, and pyraclostrobin, and the weight ratio of the two ingredients is from 1:50 to 50:1.
Shackle for aircraft engine mounts, including: - a first orifice and a second orifice, both intended to connect said shackle to an aircraft pylon, and - a third orifice, intended to connect said shackle to an aircraft engine, wherein: - said third orifice is offset relative to a plane passing simultaneously through an axis of said first orifice and through an axis of said second orifice, and - when said shackle is seen in section in any plane orthogonal to the axes (134a, 134b) of said first and second orifices, a first straight line segment extending from the axis of said first orifice to an axis of said third orifice crosses a region external to said shackle, characterized by said shackle being conformed so that, when said shackle is seen in section in any plane orthogonal to said axes (134a, 134b) of said first and second orifices, a second straight line segment extending from the axis of said second orifice to the axis of said third orifice crosses said region external to the shackle. - a first orifice and a second orifice, both intended to connect said shackle to an aircraft pylon, and - a third orifice, intended to connect said shackle to an aircraft engine, wherein: - said third orifice is offset relative to a plane passing simultaneously through an axis of said first orifice and through an axis of said second orifice, and - when said shackle is seen in section in any plane orthogonal to the axes (134a, 134b) of said first and second orifices, a first straight line segment extending from the axis of said first orifice to an axis of said third orifice crosses a region external to said shackle,
A method for producing a coated metal strip which is a metal strip having a coating formed on at least one surface thereof, the coating being a part to be joined to a molded article of a thermoplastic resin composition, the method comprising: running a metal strip; applying onto the running metal strip a coating material containing an acid-modified polypropylene, the coating material containing 5 mass% or more of a nonvolatile component, wherein the coating material is applied in a state where a surface temperature of the running metal strip is 60°C or lower; baking, at a temperature of from 80 to 250°C, the coating material applied onto the running metal strip to thereby form on the running metal strip a coating with a thickness of 0.3 μm or more; cooling the running metal strip having the coating formed thereon until the surface temperature becomes 80°C or lower; and winding the running metal strip which has been cooled after forming the coating, wherein a ratio of an acid-modified polypropylene to a total resin mass of the coating is 40 mass% or more. running a metal strip; applying onto the running metal strip a coating material containing an acid-modified polypropylene, the coating material containing 5 mass% or more of a nonvolatile component, wherein the coating material is applied in a state where a surface temperature of the running metal strip is 60°C or lower; baking, at a temperature of from 80 to 250°C, the coating material applied onto the running metal strip to thereby form on the running metal strip a coating with a thickness of 0.3 μm or more; cooling the running metal strip having the coating formed thereon until the surface temperature becomes 80°C or lower; and winding the running metal strip which has been cooled after forming the coating, wherein a ratio of an acid-modified polypropylene to a total resin mass of the coating is 40 mass% or more.
A method for forming an optical tape for data storage from a substrate film, the substrate film having a first substrate side and a second substrate side, the method comprising: a) patterning a curable liquid composition onto the second side of the substrate film, the curable liquid composition comprising a radical photoinitiator and a polymerizable component comprising at least one acrylate; b) illuminatirig the curable liquid composition to form a patterned imprint layer disposed over the substrate film, the imprint layer having a first imprint layer side and a second imprint layer side, the first imprint layer side being more proximate to the second substrate side than the second imprint layer side; and c) placing a multilayer data recording assembly over the second imprint layer side. a) patterning a curable liquid composition onto the second side of the substrate film, the curable liquid composition comprising a radical photoinitiator and a polymerizable component comprising at least one acrylate; b) illuminatirig the curable liquid composition to form a patterned imprint layer disposed over the substrate film, the imprint layer having a first imprint layer side and a second imprint layer side, the first imprint layer side being more proximate to the second substrate side than the second imprint layer side; and c) placing a multilayer data recording assembly over the second imprint layer side.