mhurhangee/ep-ind-claims huggingface dataset:
Passive clamp device for holding a container in a container handling apparatus, preferably holding a beverage container at a neck portion, comprising a first clamp arm, arranged on a clamp carrier so as to be pivotable about a first pivot axis, having a holding portion for resting on the container to be held, a second clamp arm, arranged on a clamp carrier so as to be pivotable about a second pivot axis, having a holding portion for resting on the container to be held, and a biasing member for biasing the clamp arms (3, 4) in a closed position, wherein the clamp arms (3, 4) are configured and designed to be opened passively by the container being introduced, in order to receive a container, wherein a locking element is provided for locking the clamp arms (3, 4) in the closed position, wherein the locking element is movable between a locking position and an unlocked position and is biased by way of an elastic spring element in the locking position or the unlocked position, characterised in that the clamp arms (3, 4), the locking element and the spring element extend substantially in a plane situated perpendicular to the pivot axes (30, 40), and that the spring element is arranged on the biasing member. a locking element is provided for locking the clamp arms (3, 4) in the closed position, wherein the locking element is movable between a locking position and an unlocked position and is biased by way of an elastic spring element in the locking position or the unlocked position, characterised in that the clamp arms (3, 4), the locking element and the spring element extend substantially in a plane situated perpendicular to the pivot axes (30, 40), and that the spring element is arranged on the biasing member.
A fungal cell for producing fatty acyl ethyl esters (FAEE), said fungal cell comprising an expression vector encoding at least one wax synthase, wherein the metabolism of said fungal cell is additionally modified to stimulate overproduction of fatty acids, said modification providing for knockout/deletion of the genes DGA1 (Acyl-CoA:diacylglycerol acyltransferas), LRO1 (Lecithin: cholesterol acyltransferase), ARE1, ARE2 (Acyl-CoA.sterol acyltransferase), characterized by a modification providing for knockout/deletion of the gene POX1 (Peroxisomal acyl-CoA oxidase).
An outdoor display apparatus comprising: a housing having an opening formed at a front portion thereof, an inlet port through which air is introduced, and an outlet port through which air is discharged; a transparent member disposed in the opening; a liquid crystal display panel module disposed in the housing, spaced apart from the transparent member to define a gap therebetween, and provided with a liquid crystal display panel at a front side thereof to display an image; a circuit disposed at a rear portion of the liquid crystal display panel module and spaced apart from the rear portion of the housing to defined a second gap; an optical film disposed inside the transparent member at a position corresponding to the liquid crystal display panel of the liquid crystal display panel module; and an air circulation device to distribute air introduced through the inlet port so that the distributed air passes through the gap between the transparent member and the liquid crystal display panel and through the circuit and is discharged through the outlet port; characterised in that the air circulation device includes a blowing fan and a divider structure to define or form a first and a second discharge port (43b, 43c) to direct air supplied from the blowing fan to either or both of the gap and the second gap. a housing having an opening formed at a front portion thereof, an inlet port through which air is introduced, and an outlet port through which air is discharged; a transparent member disposed in the opening; a liquid crystal display panel module disposed in the housing, spaced apart from the transparent member to define a gap therebetween, and provided with a liquid crystal display panel at a front side thereof to display an image; a circuit disposed at a rear portion of the liquid crystal display panel module and spaced apart from the rear portion of the housing to defined a second gap; an optical film disposed inside the transparent member at a position corresponding to the liquid crystal display panel of the liquid crystal display panel module; and an air circulation device to distribute air introduced through the inlet port so that the distributed air passes through the gap between the transparent member and the liquid crystal display panel and through the circuit and is discharged through the outlet port; characterised in that the air circulation device includes a blowing fan and a divider structure to define or form a first and a second discharge port (43b, 43c) to direct air supplied from the blowing fan to either or both of the gap and the second gap.
A method of decoding video data, the method comprising: determining a set of scaling lists for the video data, wherein each scaling list of the set of scaling lists is used to determine an associated scaling matrix in a set of scaling matrices, and wherein each scaling list and each associated scaling matrix has an associated identification number; determining that a new scaling list for the set of scaling lists is to be predicted from a reference scaling list, wherein the new scaling list corresponds to a new scaling matrix; receiving a syntax element; determining an ID number based on the syntax element; determining that the set of scaling lists does not include a scaling list with the ID number, wherein determining that the set of scaling lists does not include the scaling list with the ID number comprises determining that the ID number divided by 3 has a remainder of 0 or 1; in response to determining that the set of scaling lists does not include a scaling list with the ID number, determining the new scaling matrix based on a set of default values; decoding the video data based on the new scaling matrix; and outputting the decoded video data. determining a set of scaling lists for the video data, wherein each scaling list of the set of scaling lists is used to determine an associated scaling matrix in a set of scaling matrices, and wherein each scaling list and each associated scaling matrix has an associated identification number; determining that a new scaling list for the set of scaling lists is to be predicted from a reference scaling list, wherein the new scaling list corresponds to a new scaling matrix; receiving a syntax element; determining an ID number based on the syntax element; determining that the set of scaling lists does not include a scaling list with the ID number, wherein determining that the set of scaling lists does not include the scaling list with the ID number comprises determining that the ID number divided by 3 has a remainder of 0 or 1; in response to determining that the set of scaling lists does not include a scaling list with the ID number, determining the new scaling matrix based on a set of default values; decoding the video data based on the new scaling matrix; and outputting the decoded video data.
A handheld device for visualizing an irido-corneal angle of an eye through a window of a patient interface configured to be placed on the eye, the device comprising: an optics structure configured to engage with the patient interface to provide a line of sight through the window in a direction of the irido-corneal angle, and to subsequently disengage from the patient interface; and at least one imaging apparatus configured to couple to the optics structure and to align with the line of sight to enable capturing an image of the eye including the irido-corneal angle, wherein the optics structure is configured to rotate relative to the patient interface together with the at least one imaging apparatus. an optics structure configured to engage with the patient interface to provide a line of sight through the window in a direction of the irido-corneal angle, and to subsequently disengage from the patient interface; and at least one imaging apparatus configured to couple to the optics structure and to align with the line of sight to enable capturing an image of the eye including the irido-corneal angle, wherein the optics structure is configured to rotate relative to the patient interface together with the at least one imaging apparatus.
A diaphragm pump comprising: paired diaphragms (34, 44) that define a pump chamber (36, 46) and an air chamber (32, 42); a main body unit that slidably supports a center rod at a central portion of each diaphragm (34, 44) so as to be capable of reciprocating the center rod; and a valve body that houses a spool that switches supply of a fluid to the air chambers (32, 42) so as to reciprocate the center rod, the valve body including a sleeve, and the spool that is disposed inside the sleeve to be reciprocated in an axial direction, wherein the spool includes a disc-shaped portion S3, a disc-shaped portion S2, and a disc-shaped portion S1, a surface area of each disc-shaped portion that receives a compressed air pressure has a relationship that an upper side of the disc-shaped portion S3 > a lower side of the disc-shaped portion S2 > an upper side of the disc-shaped portion S1, each disc-shaped portion of the spool includes a seal ring functioning as a packing that separates each port with the sleeve, the sleeve includes, for the diaphragms (34, 44), two ports (86c, 86d) that can communicate with an air inlet, and while the spool moves from a top of the valve body toward a bottom of the valve body in the sleeve, the air inlet is always located between the disc-shaped portion S2 and the disc-shaped portion S1 and a port (86c, 86d) that can communicate with the air inlet is changed depending on a movement of the spool, so that supply of the compressed air supplied from the air inlet is switched from one air chamber (32, 42) to another air chamber (32, 42), where when the spool moves to the bottom of the valve body in the sleeve, the port communicates with the air inlet to supply the compressed air to the air chamber, and when the spool moves to the top of the valve body in the sleeve, the port communicates with the air inlet to supply the compressed air to the air chamber, characterised in that when the spool moves to the bottom of the valve body in the sleeve, because the surface area of the lower side of the disc-shaped portion S2 is larger than the surface area of the upper side of the disc-shaped portion S1, a force is applied to the spool so as to move the spool toward the top of the valve body in the sleeve, and when the spool moves to the top of the valve body in the sleeve, the compressed air is supplied to a port which is located on the top of the sleeve, because the surface area on the upper side of the disc-shaped portion S3 > the surface area on the lower side of the disc-shaped portion S2 > the surface area on the upper side of the disc-shaped portion S1, the spool is pushed down toward the bottom of the valve body in the sleeve.
Procedure for detecting the state of a fuel cell, the fuel cell being formed by a stack of electrochemical cells each having an anode and a cathode on either side of an ion-exchanging polymer membrane, the fuel cell having a fuel gas supply system on the anode side of the electrochemical cells and an oxidizing gas supply system on the cathode side of the electrochemical cells, the procedure consisting in, each time the fuel cell is stopped, recording the trend of a mathematical function representing the average of the pressure in the cathode circuit and the pressure in the anode circuit, and activating an alert signal indicating that the fuel cell requires an inspection when the pair of values consisting of the time which elapses after the fuel cell is considered to be off and the value of the mathematical function combining the pressure in the cathode circuit and the pressure in the anode circuit associated with said time crosses a predetermined threshold.
A method performed by a wireless communication device for reception of physical downlink control channel, PDCCH, repetitions over multiple control resource sets, CORESETs, in a cellular communications system, the method comprising: receiving a configuration of a first CORESET and a second CORESET; receiving (702; 704), from one or more network nodes (702-1, 702-2), a first repetition of a PDCCH carrying downlink control information, DCI, in the first CORESET and a second repetition of the PDCCH carrying the same DCI in the second CORESET, wherein the first and second repetitions of the PDCCH have either: (a) different channel encoding or (b) a same channel encoding; and decoding the DCI based on the first repetition of the PDCCH and/or the second repetition of the PDCCH, wherein the first and the second repetitions of the PDCCH are transmitted in first control channel elements, CCEs, of the first CORESET and second CCEs of the second CORESET, respectively. receiving a configuration of a first CORESET and a second CORESET; receiving (702; 704), from one or more network nodes (702-1, 702-2), a first repetition of a PDCCH carrying downlink control information, DCI, in the first CORESET and a second repetition of the PDCCH carrying the same DCI in the second CORESET, wherein the first and second repetitions of the PDCCH have either: (a) different channel encoding or (b) a same channel encoding; and decoding the DCI based on the first repetition of the PDCCH and/or the second repetition of the PDCCH, wherein the first and the second repetitions of the PDCCH are transmitted in first control channel elements, CCEs, of the first CORESET and second CCEs of the second CORESET, respectively.
A gas analysis bag (1, 2) for filling a fluidic material, wherein the bag (1, 2) comprises a bag wall formed by at least two wall parts connected to each other by at least one wall connection, and at least one flexible bag tube arranged in the bag wall, through which the fluidic material can be fed into the bag (1, 2) or can be fed out of the bag (1, 2), wherein the wall connection comprises at least one plastic-sealed seam, wherein the bag wall is formed from a multilayer film, wherein the bag wall comprises an outer layer made of polyethylene terephthalate and an inner layer made of a thermoplastic, namely polyethylene, wherein the flexible bag tube is arranged in a fluid-tight manner between two wall parts in the seam, wherein the bag tube is formed from a tube material which is soft compared to the material of the wall parts, namely from a thermoplastic elastomer, wherein the bag tube is arranged in the seam by heat sealing, namely by a PE-on-TPE sealed seam, and wherein the material, namely a thermoplastic elastomer, from which the tube is formed, is so soft that the tube can be compressed with a pressing force acting on the outer circumferential surface of the tube in order to seal the tube, wherein the pressing force is less than 10 N, so that the pressing force can be applied by two fingers of a hand, and wherein the bag is formed as a double bag having two bag segments or as a multi bag having a plurality of bag segments, wherein each bag segment is assigned in each case one bag tube.
A method for the preparation of an alkaline earth aluminate spinel, the method comprising: a. contacting an alkaline earth metal salt or a solution thereof, aluminum nitrate or a solution thereof, and polyacrylamide or a solution thereof to form a first solution; b. adjusting the pH of the first solution to a value from about 9.5 to about 10.5 to form a precipitate; c. digesting the precipitate; and d. calcining the digested precipitate. a. contacting an alkaline earth metal salt or a solution thereof, aluminum nitrate or a solution thereof, and polyacrylamide or a solution thereof to form a first solution; b. adjusting the pH of the first solution to a value from about 9.5 to about 10.5 to form a precipitate; c. digesting the precipitate; and d. calcining the digested precipitate.
An operation switch comprising: a switch case; an operating member provided at said switch case; and a first contact and a second contact held in said switch case, wherein said first contact and said second contact are made out of contact through operation of said operating member, an opening-biasing member is provided in said switch case which biases said first contact and said second contact in contact away from each other, said opening-biasing member being formed of a leaf spring (550, 551) having said first contact or said second contact, either one of said first contact and said second contact being a fixed contact secured in said switch case and the other of said first contact and said second contact being a movable contact fitted at an end of said leaf spring (550, 551) and provided closable and openable relative to said fixed contact, said operation switch further comprising a first contacting portion provided in said switch case that comes into contact with said leaf spring (550, 551) to cause said movable contact to contact said fixed contact, characterized in that, a second contacting portion is provided in said switch case that comes into contact with said leaf spring (550, 551) to cause said movable contact to open relative to and move away from said fixed contact. a switch case; an operating member provided at said switch case; and a first contact and a second contact held in said switch case, wherein said first contact and said second contact are made out of contact through operation of said operating member, an opening-biasing member is provided in said switch case which biases said first contact and said second contact in contact away from each other, said opening-biasing member being formed of a leaf spring (550, 551) having said first contact or said second contact, either one of said first contact and said second contact being a fixed contact secured in said switch case and the other of said first contact and said second contact being a movable contact fitted at an end of said leaf spring (550, 551) and provided closable and openable relative to said fixed contact, said operation switch further comprising a first contacting portion provided in said switch case that comes into contact with said leaf spring (550, 551) to cause said movable contact to contact said fixed contact,
A method for providing an ion-implanted semiconductor substrate comprising: providing a semiconductor substrate having coated thereon a relief image of chemically-amplified positive-acting photoresist composition, wherein the photoresist comprises 1) a resin, 2) a photoactive component and 3) a resin comprising pendant hydroxy(C 2 - 20)alkyl and/or pendant C 1-20 alkoxy moieties and having a weight average molecular weight of 8,000 or less; and applying ions to the substrate. providing a semiconductor substrate having coated thereon a relief image of chemically-amplified positive-acting photoresist composition, wherein the photoresist comprises 1) a resin, 2) a photoactive component and 3) a resin comprising pendant hydroxy(C 2 - 20)alkyl and/or pendant C 1-20 alkoxy moieties and having a weight average molecular weight of 8,000 or less; and applying ions to the substrate.
A method for combating biofilm which is not in or on a human or non-human animal body, said method comprising contacting said biofilm with an alginate oligomer, wherein the alginate oligomer has at least 70% G residues.
Coupling system for a chronograph mechanism, said system comprising: - an input wheel intended to be driven by a drive member; - an output wheel intended to drive at least one display member; - an intermediate wheel continuously kinematically connected to a first wheel (3; 5) chosen from said input wheel and said output wheel, said intermediate wheel being mounted so that it can change between a coupled state in which said input wheel is kinematically connected to said output wheel and an uncoupled state in which said kinematic connection is broken; characterized in that said system further includes: - a first friction wheel constrained to rotate with said intermediate wheel and a second friction wheel constrained to rotate with a second wheel (5; 3) chosen from said input wheel and said output wheel, said friction wheels (17, 19) being at least partially coplanar and being adapted to transmit rotation between said intermediate wheel and said second wheel (5; 3), or vice versa, when said system is in the coupled state; - a first safety wheel constrained to rotate with said intermediate wheel and comprising a first set of safety teeth and a second safety wheel constrained to rotate with said second wheel (5; 3) and comprising a second set of safety teeth, said sets of safety teeth being conformed in order to interpenetrate mutually when said intermediate wheel is in the coupled state. - an input wheel intended to be driven by a drive member; - an output wheel intended to drive at least one display member; - an intermediate wheel continuously kinematically connected to a first wheel (3; 5) chosen from said input wheel and said output wheel, said intermediate wheel being mounted so that it can change between a coupled state in which said input wheel is kinematically connected to said output wheel and an uncoupled state in which said kinematic connection is broken; - a first friction wheel constrained to rotate with said intermediate wheel and a second friction wheel constrained to rotate with a second wheel (5; 3) chosen from said input wheel and said output wheel, said friction wheels (17, 19) being at least partially coplanar and being adapted to transmit rotation between said intermediate wheel and said second wheel (5; 3), or vice versa, when said system is in the coupled state; - a first safety wheel constrained to rotate with said intermediate wheel and comprising a first set of safety teeth and a second safety wheel constrained to rotate with said second wheel (5; 3) and comprising a second set of safety teeth, said sets of safety teeth being conformed in order to interpenetrate mutually when said intermediate wheel is in the coupled state.