mhurhangee/ep-ind-claims huggingface dataset:
Gripping apparatus (10, 50) comprising a suction gripping device that is designed as a Bernoulli grip and has a first contact surface onto which an object to be gripped can be suctioned, an outflow opening being provided in the first contact surface, which opening is designed to generate a suction effect towards the contact surface according to Bernoulli's principle by means of a jet flow flowing out, characterized in that a needle device is provided having an associated second contact surface and at least one holding needle which protrudes from the second contact surface in the gripping direction and extends perpendicularly to the second contact surface.
Method for detecting a raised object located within a car park by using at least two video cameras that are arranged in a spatially distributed manner within the car park and whose respective fields of view (407, 409) overlap in an overlap region, comprising the following steps: recording respective video images of the overlap region by means of the video cameras, analysing the recorded video images to detect a raised object in the recorded video images, wherein analysing is carried out both by means of at least one of the video cameras internally in said video camera(s) and also externally of the video camera(s) by means of at least one computational unit which is different from the video cameras, wherein the video cameras and the computational unit, respectively, communicate with one another in order to transmit the respectively recorded video images to that or those video camera(s) and, respectively, to the computational unit, by means of which video camera(s) and, respectively, computational unit the analysis internal to the video camera(s) and, respectively, the analysis external to the video camera(s) are carried out. recording respective video images of the overlap region by means of the video cameras, analysing the recorded video images to detect a raised object in the recorded video images, wherein analysing is carried out both by means of at least one of the video cameras internally in said video camera(s) and also externally of the video camera(s) by means of at least one computational unit which is different from the video cameras, wherein the video cameras and the computational unit, respectively, communicate with one another in order to transmit the respectively recorded video images to that or those video camera(s) and, respectively, to the computational unit, by means of which video camera(s) and, respectively, computational unit the analysis internal to the video camera(s) and, respectively, the analysis external to the video camera(s) are carried out.
A winter tyre, comprising a tread band wherein a plurality of blocks is defined, at least some of said blocks comprising at least one sipe extending from a top portion of the block towards a bottom portion of the block, wherein said at least one sipe defines two adjacent block portions (9, 10) in the block, each of said two block portions (9, 10) comprising a surface facing said at least one sipe, said surface comprising: - a radially outer portion having a first profile which is undulating; - a radially inner portion having a second profile which is undulating; - an intermediate portion arranged between said radially outer portion and said radially inner portion and having a third profile which is rectilinear; wherein said intermediate portion defines a reference plane coinciding with a radial plane of the tyre, characterised in that - said first profile and second profile are defined by a plurality of concave (61a, 62a) and convex (61b, 62b) portions arranged in an alternating sequence with respect to said reference plane along a direction parallel to a longitudinal direction of said at least one sipe; and in that - each of the concave and convex portions of the second profile comprises a radially outer surface portion (72a, 72b), a radially inner surface portion (73a, 73b) and an intermediate surface portion (74a, 74b) arranged between said radially outer surface portion (72a, 72b) and said radially inner surface portion (73a, 73b), wherein said intermediate surface portion (74a, 74b) is parallel to said reference plane. - a radially outer portion having a first profile which is undulating; - a radially inner portion having a second profile which is undulating; - an intermediate portion arranged between said radially outer portion and said radially inner portion and having a third profile which is rectilinear; wherein said intermediate portion defines a reference plane coinciding with a radial plane of the tyre, - said first profile and second profile are defined by a plurality of concave (61a, 62a) and convex (61b, 62b) portions arranged in an alternating sequence with respect to said reference plane along a direction parallel to a longitudinal direction of said at least one sipe; and in that - each of the concave and convex portions of the second profile comprises a radially outer surface portion (72a, 72b), a radially inner surface portion (73a, 73b) and an intermediate surface portion (74a, 74b) arranged between said radially outer surface portion (72a, 72b) and said radially inner surface portion (73a, 73b), wherein said intermediate surface portion (74a, 74b) is parallel to said reference plane.
Method for connecting an AC electric motor (M 1, M 2,... M N) to an AC electricity network in a system which comprises a frequency converter, with which the motor is started, and contactors (S 11, S 12, S 21, S 22, S N1, S N2), in which method the supply source is changed by means of the contactors from the frequency converter to a direct network supply, in which method the frequency converter is stopped before changing the supply source, characterized in that in the method: in connection with changing the supply source the control of the contactors is started before stopping the frequency converter such that the own data processing time of the frequency converter and the lengths of the switching delays of the contactors are determined for determining the starting time of the control of the contactors.
A pressure casting machine for casting ceramic materials, comprising a support and a casting cell, wherein the casting cell is attached to the support such that the casting cell can, in use, be swung, while at least a portion of the support remains stationary, the machine further comprising a releasable retainer to retain the casting cell at user-dictated positions within the range of swinging movement of the casting cell, wherein the casting cell is partially surrounded by a C-shaped frame; and wherein the support comprises an overhead beam; wherein the casting cell is supported solely via attachment to the overhead beam; characterised in that said overhead beam comprises means for controlling the relative movement of the casting cell and the C-shaped frame and a sliding mechanism for opening and closing of the casting cell.
An insulating unit (146, 170) comprising: a first spacer frame (44, 172) between a first and a second sheet, wherein a first outer surface of the first spacer frame (44, 172) is adhered to inner surface of the first sheet and an opposite second outer surface of the first spacer frame (44, 172) is adhered to a first major surface of the second sheet; a second spacer frame (104, 174) between the second sheet and a third sheet, wherein a first outer surface of the second spacer frame (104, 174) is adhered to a second major surface of the second sheet and an opposite second outer surface of the second spacer frame (104, 174) is adhered to an inner surface of the third sheet, wherein the second major surface of the second sheet is opposite to the first major surface of the second sheet, and a segment of the first spacer frame (44, 172) aligned with a segment of the second spacer frame (104, 174), and the segment of the first spacer frame (44, 172) and the segment of the second spacer frame (104, 174) have an offset of greater than zero, characterized in that the first, the second and the third sheets have the same peripheral dimensions, the second spacer frame (104, 174) is smaller than the sheets (22, 24, 26) to provide a peripheral groove between the second and the third sheets, and comprising a filler material in the peripheral groove between the second and third sheets. a first spacer frame (44, 172) between a first and a second sheet, wherein a first outer surface of the first spacer frame (44, 172) is adhered to inner surface of the first sheet and an opposite second outer surface of the first spacer frame (44, 172) is adhered to a first major surface of the second sheet; a second spacer frame (104, 174) between the second sheet and a third sheet, wherein a first outer surface of the second spacer frame (104, 174) is adhered to a second major surface of the second sheet and an opposite second outer surface of the second spacer frame (104, 174) is adhered to an inner surface of the third sheet, wherein the second major surface of the second sheet is opposite to the first major surface of the second sheet, and a segment of the first spacer frame (44, 172) aligned with a segment of the second spacer frame (104, 174), and the segment of the first spacer frame (44, 172) and the segment of the second spacer frame (104, 174) have an offset of greater than zero, characterized in that the first, the second and the third sheets have the same peripheral dimensions, the second spacer frame (104, 174) is smaller than the sheets (22, 24, 26) to provide a peripheral groove between the second and the third sheets, and comprising a filler material in the peripheral groove between the second and third sheets.
A pin comprising a tool engagement portion and a resiliently deformable cover arranged over the tool engagement portion, wherein the resiliently deformable cover is operable to deform from a first raised position to a second lowered position to allow for the engagement of the tool engagement portion with a tool; characterised in that; the resiliently deformable cover in the first position comprises a ridge of resiliently deformable material, the ridge extending at least partially around substantially the periphery of the tool engagement portion.
Method for supervising a working area in which a collaborative robot (12, 12a-c) and a carrying robot (10, 10a-c) are arranged to operate, wherein the method comprises: - arranging the carrying robot (10, 10a-c) to carry and move the collaborative robot (12, 12a-c) within the working area, the carrying robot (10, 10a-c) comprising at least one automatically controlled, reprogrammable, multipurpose manipulator programmable in three or more axes, and the collaborative robot (12, 12a-c) being designed for direct interaction with a human to perform collaborative work with the human; - monitoring the working area; - detecting whether or not a person is within a dangerous region (28, 28a-c), the dangerous region (28, 28a-c) being a space around the carrying robot (10, 10a-c) in which there is a potential risk of collision between the carrying robot (10, 10a-c) and the person; - activating a safe mode of the carrying robot (10, 10a-c) upon detecting that a person is within the dangerous region (28, 28a-c); - deactivating the safe mode of the carrying robot (10, 10a-c) upon detecting that no person is within the dangerous region (28, 28a-c); and - operating the collaborative robot (12, 12a-c) irrespective of whether a person within the dangerous region (28, 28a-c) is detected or not. - arranging the carrying robot (10, 10a-c) to carry and move the collaborative robot (12, 12a-c) within the working area, the carrying robot (10, 10a-c) comprising at least one automatically controlled, reprogrammable, multipurpose manipulator programmable in three or more axes, and the collaborative robot (12, 12a-c) being designed for direct interaction with a human to perform collaborative work with the human; - monitoring the working area; - detecting whether or not a person is within a dangerous region (28, 28a-c), the dangerous region (28, 28a-c) being a space around the carrying robot (10, 10a-c) in which there is a potential risk of collision between the carrying robot (10, 10a-c) and the person; - activating a safe mode of the carrying robot (10, 10a-c) upon detecting that a person is within the dangerous region (28, 28a-c); - deactivating the safe mode of the carrying robot (10, 10a-c) upon detecting that no person is within the dangerous region (28, 28a-c); and - operating the collaborative robot (12, 12a-c) irrespective of whether a person within the dangerous region (28, 28a-c) is detected or not.
A particulate polymer composite comprising a non-metal, inorganic or mineral particle in a polymer phase, the composite comprising: (a) 90 to 40 vol.-% of an inorganic mineral particle, having a density greater than 0.10 gm-cm -3 and less than 5 gm-cm -3, a particle size Ps greater than 10 microns, a circularity greater than 14 and an aspect ratio less than 3; and (b) 10 to 70 vol.-% of a polymer phase; wherein the particle comprises a layer comprising 0.005 to 3 wt.-% of an interfacial modifier; and the composite density is 0.9 to 15 gm-cm -3. (a) 90 to 40 vol.-% of an inorganic mineral particle, having a density greater than 0.10 gm-cm -3 and less than 5 gm-cm -3, a particle size Ps greater than 10 microns, a circularity greater than 14 and an aspect ratio less than 3; and (b) 10 to 70 vol.-% of a polymer phase;
Transdermal therapeutic system for the transdermal administration of a systemically active agent comprising a self-adhesive layer structure, comprising A) a backing layer, and B) a dried biphasic layer, the dried biphasic layer having a) a hydrophobic outer phase having a composition comprising 75% to 100% of a hydrophobic polymer or polymer mixture, and b) a hydrophilic inner phase having a composition comprising at least one active agent wherein the inner phase forms dispersed deposits in the outer phase, and c) 0.1% to 3.5% of an interface mediator with a kinematic viscosity of from 10 -5 to 0.1 m 2 /s (10 cSt to 100 000 cSt) at 25°C (ASTM D445), wherein the interface mediator is a silicone oil, and C) optionally an additional skin contact layer. A) a backing layer, and B) a dried biphasic layer, the dried biphasic layer having a) a hydrophobic outer phase having a composition comprising 75% to 100% of a hydrophobic polymer or polymer mixture, and b) a hydrophilic inner phase having a composition comprising at least one active agent wherein the inner phase forms dispersed deposits in the outer phase, and c) 0.1% to 3.5% of an interface mediator with a kinematic viscosity of from 10 -5 to 0.1 m 2 /s (10 cSt to 100 000 cSt) at 25°C (ASTM D445), wherein the interface mediator is a silicone oil, and a) a hydrophobic outer phase having a composition comprising 75% to 100% of a hydrophobic polymer or polymer mixture, and b) a hydrophilic inner phase having a composition comprising at least one active agent wherein the inner phase forms dispersed deposits in the outer phase, and c) 0.1% to 3.5% of an interface mediator with a kinematic viscosity of from 10 -5 to 0.1 m 2 /s (10 cSt to 100 000 cSt) at 25°C (ASTM D445), wherein the interface mediator is a silicone oil, and C) optionally an additional skin contact layer.
Food product packaging comprising - foil material for enclosing a food product, wherein the foil material is provided with a first weakening line; - a first label which is arranged on the foil material, and which is provided with a second weakening line coinciding with the first weakening line; and - a tearing means for allowing a user of the packaging to take hold of the first label and to exert a pulling force at the first label for tearing the first label and an underlying portion of the foil material at a position of the first and second weakening lines. - foil material for enclosing a food product, wherein the foil material is provided with a first weakening line; - a first label which is arranged on the foil material, and which is provided with a second weakening line coinciding with the first weakening line; and - a tearing means for allowing a user of the packaging to take hold of the first label and to exert a pulling force at the first label for tearing the first label and an underlying portion of the foil material at a position of the first and second weakening lines.
A pet fountain assembly comprising: a basin having a bottom wall and a sidewall extending upwardly from the bottom wall defining a water holding container; a pump arrangement that pumps the water in the basin through the pet fountain assembly; and a cover having a top wall from which a sidewall or bottom edge extends downwardly from the top wall characterized in the cover carried by the basin with the top wall having a recessed drinking bowl in fluid-flow communication with the pump arrangement, wherein the basin sidewall has a pair of adjacent sidewall sections (84, 86) disposed at an angle relative one another that form a cover locator and the cover sidewall has a pair of adjacent sidewall sections (92, 94) disposed at an angle relative one another that form a basin locator that registers with the cover locator locating the cover and the drinking bowl relative to the basin and the pump arrangement so that the water pumped by the pump arrangement is delivered to the drinking bowl when the cover is carried by the basin, wherein the adjacent basin sidewall sections (84, 86) converge to form a generally V-shaped cover locator, the adjacent cover sidewall sections (92, 94) converge to form a generally V-shaped basin locator, and the V-shaped cover locator of the basin registers with the V-shaped basin locator of the cover when the cover is placed on the basin locating the cover on the basin. a basin having a bottom wall and a sidewall extending upwardly from the bottom wall defining a water holding container; a pump arrangement that pumps the water in the basin through the pet fountain assembly; and a cover having a top wall from which a sidewall or bottom edge extends downwardly from the top wall characterized in the cover carried by the basin with the top wall having a recessed drinking bowl in fluid-flow communication with the pump arrangement, wherein the basin sidewall has a pair of adjacent sidewall sections (84, 86) disposed at an angle relative one another that form a cover locator and the cover sidewall has a pair of adjacent sidewall sections (92, 94) disposed at an angle relative one another that form a basin locator that registers with the cover locator locating the cover and the drinking bowl relative to the basin and the pump arrangement so that the water pumped by the pump arrangement is delivered to the drinking bowl when the cover is carried by the basin, wherein the adjacent basin sidewall sections (84, 86) converge to form a generally V-shaped cover locator, the adjacent cover sidewall sections (92, 94) converge to form a generally V-shaped basin locator, and the V-shaped cover locator of the basin registers with the V-shaped basin locator of the cover when the cover is placed on the basin locating the cover on the basin.
A hogbend support for a subsea riser, the hogbend support comprising at least two hogbend support elements (32, 72) that are coupled end-to-end to allow relative pivotal movement, each support element (32, 72) comprising: a riser support (38, 78) disposed in a longitudinally-extending open-ended gap between buoyancy volumes (36, 74) of the support element (32, 72) that are disposed on opposite sides of the gap; and coupling formations on at least one end of the support element (32, 72) for coupling the support element (32, 72) to a like support element (32, 72) to allow relative pivotal movement between the coupled support elements (32, 72), so that the gaps of those coupled support elements (32, 72) align to define an upwardly-opening, longitudinally-extending groove. a riser support (38, 78) disposed in a longitudinally-extending open-ended gap between buoyancy volumes (36, 74) of the support element (32, 72) that are disposed on opposite sides of the gap; and coupling formations on at least one end of the support element (32, 72) for coupling the support element (32, 72) to a like support element (32, 72) to allow relative pivotal movement between the coupled support elements (32, 72), so that the gaps of those coupled support elements (32, 72) align to define an upwardly-opening, longitudinally-extending groove.
A microphone and pressure sensor package, comprising: - a carrier with an opening, - a microphone device including a diaphragm and a perforated back plate arranged above the opening, - an ASIC device, - a cover forming a cavity between the carrier and the cover, the ASIC device and the microphone device being arranged in the cavity, and - a sensor element provided for a pressure sensor, wherein a pressure that is present outside the cavity is transferred to the sensor element through the opening, the diaphragm, and the back plate, characterized in that - a bottom device is fastened between the carrier and the ASIC device, the bottom device comprising an insulator, glass, an electrically inactive semiconductor substrate or a further ASIC device electrically connected with the microphone device, - an adhesive layer comprising silicone is present between the bottom device and the ASIC device, - the sensor element provided for the pressure sensor is for capacitive read-out and is integrated in the ASIC device on top of a CMOS read-out circuit, - the ASIC device comprises an overhang, which is not above the bottom device, and - the sensor element is on the overhang. - a carrier with an opening, - a microphone device including a diaphragm and a perforated back plate arranged above the opening, - an ASIC device, - a cover forming a cavity between the carrier and the cover, the ASIC device and the microphone device being arranged in the cavity, and - a sensor element provided for a pressure sensor, wherein a pressure that is present outside the cavity is transferred to the sensor element through the opening, the diaphragm, and the back plate, - a bottom device is fastened between the carrier and the ASIC device, the bottom device comprising an insulator, glass, an electrically inactive semiconductor substrate or a further ASIC device electrically connected with the microphone device, - an adhesive layer comprising silicone is present between the bottom device and the ASIC device, - the sensor element provided for the pressure sensor is for capacitive read-out and is integrated in the ASIC device on top of a CMOS read-out circuit, - the ASIC device comprises an overhang, which is not above the bottom device, and - the sensor element is on the overhang. - the ASIC device comprises an overhang, which is not above the bottom device, and - the sensor element is on the overhang.
Clamping device for objects, comprising a flexible support plate that has a first surface suitable to be rested on a supporting surface, or on the body of a patient, and a second surface, opposite the first surface, from which shaped platelets extend, characterized in that each of said shaped platelets is elastically flexible and lies on a lying plane (π) orthogonal to said second surface, each of said shaped platelets having a profile with at least a hollow and a protruding portion (20, 24, 25) to define a concavity facing, during use, toward said second surface, in that said clamping device comprises a first group and at least a second group of said shaped platelets disposed aligned along respective positioning axes (X1, X2) parallel to each other, the concavities of the shaped platelets of the first group defining with those of the second group at least a housing compartment aligned along a longitudinal axis, interposed between said positioning axes (X1, X2) and configured to contain said objects, and in that said lying planes (π) of said shaped platelets are inclined with respect to said longitudinal axis by an angle comprised between 10° and 80°.