mhurhangee/ep-ind-claims huggingface dataset:
An atomizer comprising a liquid storage assembly, an air adjusting assembly and a liquid adjusting assembly, wherein the air adjusting assembly comprises an air adjusting seat and an air adjusting ring, the air adjusting ring is defined with an air intaking hole, the air adjusting seat is defined with an air intaking slot corresponding to the air intaking hole, when the air adjusting ring is rotated, the air intaking hole and the air intaking slot are caused to be communicated with each other or staggered from each other, characterized in that the liquid adjusting assembly comprises a liquid adjusting seat, an inner sleeve pipe and a liquid barrier ring, the air adjusting seat, the air adjusting ring and the liquid adjusting seat are disposed at a top end of the liquid storage assembly, the liquid barrier ring is disposed at a bottom end of the liquid storage assembly, the inner sleeve pipe is disposed in the liquid storage assembly, a top end of the inner sleeve pipe is connected with the liquid adjusting seat, a bottom end of the inner sleeve pipe is connected with the liquid barrier ring, the bottom end of the liquid storage assembly is defined with a second liquid intaking hole, the liquid barrier ring is defined with a first liquid intaking hole corresponding to the second liquid intaking hole, when the liquid adjusting seat is rotated, the liquid barrier ring is brought to rotate by the inner sleeve pipe, to cause the first liquid intaking hole and the second liquid intaking hole to be communicated with each other or staggered from each other.
A pressure-sensitive adhesive composition comprising polymerized units of a secondary alkyl (meth)acrylate monomer having the following structures: and
An in-vitro method of diagnosing and/or stratifying a patient suffering from biliary tract cancer or colorectal cancer, the method comprising the steps of a. Providing an obtained tumor sample of the patient, wherein the tumor sample includes in addition tumor adjacent tissue, b. Determining the expression of carboxylesterase 2 in the tumor sample, wherein a lack of expression of CES2 in the tumor sample indicates the risk of a patient to not benefit from a treatment with an ester-prodrug of a chemotherapeutic agent, and wherein the expression of CES2 in the tumor sample indicates that the patient will benefit from a treatment with an ester-prodrug of a chemotherapeutic agent, wherein the expression of CES2 in the tumor sample is determined in leukocytes infiltrating into tumor tissue and/or tumor adjacent tissue. a. Providing an obtained tumor sample of the patient, wherein the tumor sample includes in addition tumor adjacent tissue, b. Determining the expression of carboxylesterase 2 in the tumor sample, wherein a lack of expression of CES2 in the tumor sample indicates the risk of a patient to not benefit from a treatment with an ester-prodrug of a chemotherapeutic agent, and wherein the expression of CES2 in the tumor sample indicates that the patient will benefit from a treatment with an ester-prodrug of a chemotherapeutic agent,
A laser apparatus, comprising: a laser unit that is housed inside a box-shaped housing (31, 32) having a plurality of faces; a frame that supports a substrate, with a first mount interposed between the substrate and the frame; wherein the substrate comprises one face on which the laser unit is mounted, and wherein a radiator is attached to another face of the substrate which is opposite to the one face of the substrate on which the laser unit is mounted; a cooling gas flow generation unit that is attached to a member different from the frame and generates a flow of cooling gas for cooling the laser unit, wherein the cooling gas flow generation unit is disposed facing the laser unit and on a side of a face having a largest area or a face opposite to the face having the largest area among the plurality of faces of the housing (31, 32), the frame has a through-hole penetrating from the one face on which the laser unit is supported, to the other face, the cooling gas moves through the through-hole of the frame between the cooling gas flow generation unit and the laser unit. a laser unit that is housed inside a box-shaped housing (31, 32) having a plurality of faces; a frame that supports a substrate, with a first mount interposed between the substrate and the frame; wherein the substrate comprises one face on which the laser unit is mounted, and wherein a radiator is attached to another face of the substrate which is opposite to the one face of the substrate on which the laser unit is mounted; wherein the substrate comprises one face on which the laser unit is mounted, and wherein a radiator is attached to another face of the substrate which is opposite to the one face of the substrate on which the laser unit is mounted; a cooling gas flow generation unit that is attached to a member different from the frame and generates a flow of cooling gas for cooling the laser unit, wherein the cooling gas flow generation unit is disposed facing the laser unit and on a side of a face having a largest area or a face opposite to the face having the largest area among the plurality of faces of the housing (31, 32), the frame has a through-hole penetrating from the one face on which the laser unit is supported, to the other face, the cooling gas moves through the through-hole of the frame between the cooling gas flow generation unit and the laser unit.
A growth container comprising: a receptacle with a bottom part, said bottom part having a plant receiving area, and a light source for providing light to the plant receiving area, the light source is elongated and arranged centrally in the plant receiving area for being surrounded by plants in the plant receiving area, and for producing light to the growth container at a plurality of different heights (h) above the bottom part, and wherein the growth container has a hole, characterized in that the light source is introduced into the growth container via the hole in the growth container, protrudes into the growth container and comprises a light guide in the growth container, and one or more light elements (14, 15, 16) arranged to illuminate a part of the light guide such that the light from the light elements (14, 15, 16) propagates into the inside of the growth container via the light guide.. a receptacle with a bottom part, said bottom part having a plant receiving area, and a light source for providing light to the plant receiving area, the light source is elongated and arranged centrally in the plant receiving area for being surrounded by plants in the plant receiving area, and for producing light to the growth container at a plurality of different heights (h) above the bottom part, and wherein the growth container has a hole, characterized in that the light source is introduced into the growth container via the hole in the growth container, protrudes into the growth container and comprises a light guide in the growth container, and one or more light elements (14, 15, 16) arranged to illuminate a part of the light guide such that the light from the light elements (14, 15, 16) propagates into the inside of the growth container via the light guide..
A tissue resecting device, comprising: an end effector assembly (100; 1100) including a proximal hub housing and a cutting member extending distally from the proximal hub housing; and a handpiece assembly, including: a handle housing; a drive casing extending distally from the handle housing; a drive rotor extending through and distally from the drive casing; and a seal ring disposed about the drive rotor, wherein, in an at-rest position whereby the end effector assembly (100; 1100) is disengaged from the handpiece assembly, the seal ring is sealingly engaged between the drive casing and the drive rotor to inhibit fluid ingress into the annular space between the drive rotor and the drive casing, wherein the end effector assembly is releasably engageable with the handpiece assembly and characterised in that, upon engagement of the end effector assembly with the handpiece assembly, a portion of the proximal hub housing is configured to urge the seal ring from the at-rest position to a displaced position wherein in the displaced position, the seal ring is displaced away from the drive rotor to reduce friction between the drive rotor and the drive casing upon rotation of the drive rotor relative to the drive casing. an end effector assembly (100; 1100) including a proximal hub housing and a cutting member extending distally from the proximal hub housing; and a handpiece assembly, including: a handle housing; a drive casing extending distally from the handle housing; a drive rotor extending through and distally from the drive casing; and a seal ring disposed about the drive rotor, wherein, in an at-rest position whereby the end effector assembly (100; 1100) is disengaged from the handpiece assembly, the seal ring is sealingly engaged between the drive casing and the drive rotor to inhibit fluid ingress into the annular space between the drive rotor and the drive casing, a handle housing; a drive casing extending distally from the handle housing; a drive rotor extending through and distally from the drive casing; and a seal ring disposed about the drive rotor, wherein, in an at-rest position whereby the end effector assembly (100; 1100) is disengaged from the handpiece assembly, the seal ring is sealingly engaged between the drive casing and the drive rotor to inhibit fluid ingress into the annular space between the drive rotor and the drive casing, wherein the end effector assembly is releasably engageable with the handpiece assembly and characterised in that, upon engagement of the end effector assembly with the handpiece assembly, a portion of the proximal hub housing is configured to urge the seal ring from the at-rest position to a displaced position wherein in the displaced position, the seal ring is displaced away from the drive rotor to reduce friction between the drive rotor and the drive casing upon rotation of the drive rotor relative to the drive casing.
Transdermal therapeutic system for the transdermal administration of asenapine comprising a self-adhesive layer structure containing a therapeutically effective amount of asenapine, said self-adhesive layer structure comprising: A) a backing layer; B) an asenapine-containing matrix layer consisting of a matrix layer composition comprising: 1. asenapine; and 2. a polymer selected from acrylic polymers; wherein the transdermal therapeutic system has an area of release of from 5 to 100 cm 2 and contains at least 0.70 mg/cm 2 asenapine. A) a backing layer; B) an asenapine-containing matrix layer consisting of a matrix layer composition comprising: 1. asenapine; and 2. a polymer selected from acrylic polymers; 1. asenapine; and 2. a polymer selected from acrylic polymers;
A fastening device for the inner conductors (20, 20-1...20-8) on a stripped end of a sheathed cable, comprising: a lead-through opening with an inlet side and an outlet side for leading through the end of the sheathed cable in an axial direction; a plurality of holding devices (70, 70-1...70-8), which respectively serve for holding an inner conductor (20, 20-1...20-8) and are arranged radially around the lead-through opening on the outlet side of the lead-through opening, wherein at least one holding device (70, 70-1...70-8), typically all holding devices (70, 70-1...70-8), respectively comprises or comprise an axial clamping device, and wherein the axial clamping device is designed for holding an inserted inner conductor (20, 20-1...20-8) in a clamping manner when it is acted upon with a force in the axial direction, characterized in that the plurality of holding devices (70, 70-1...70-8) are realized in the form of claws, and in that each claw has a contact surface for the inner conductor (20, 20-1...20-8), wherein said contact surface essentially extends in the axial direction. a lead-through opening with an inlet side and an outlet side for leading through the end of the sheathed cable in an axial direction; a plurality of holding devices (70, 70-1...70-8), which respectively serve for holding an inner conductor (20, 20-1...20-8) and are arranged radially around the lead-through opening on the outlet side of the lead-through opening, wherein at least one holding device (70, 70-1...70-8), typically all holding devices (70, 70-1...70-8), respectively comprises or comprise an axial clamping device, and wherein the axial clamping device is designed for holding an inserted inner conductor (20, 20-1...20-8) in a clamping manner when it is acted upon with a force in the axial direction, characterized in that the plurality of holding devices (70, 70-1...70-8) are realized in the form of claws, and in that each claw has a contact surface for the inner conductor (20, 20-1...20-8), wherein said contact surface essentially extends in the axial direction.
A method for wireless communication, performed by a user equipment, UE,, the method comprising: receiving a first orthogonal frequency division multiplexing, OFDM, symbol comprising a plurality of reference signals, RSs, over a radio frequency spectrum band, wherein a first portion (460, 560, 660, 760) of the first OFDM symbol includes a central set of resource blocks of a component carrier of the radio frequency spectrum band and comprises a higher density of the RSs than a remaining portion of the first OFDM symbol; and receiving a second OFDM symbol comprising a first synchronization signal over the radio frequency spectrum band, wherein the second OFDM symbol is adjacent in time to the first OFDM symbol. receiving a first orthogonal frequency division multiplexing, OFDM, symbol comprising a plurality of reference signals, RSs, over a radio frequency spectrum band, wherein a first portion (460, 560, 660, 760) of the first OFDM symbol includes a central set of resource blocks of a component carrier of the radio frequency spectrum band and comprises a higher density of the RSs than a remaining portion of the first OFDM symbol; and receiving a second OFDM symbol comprising a first synchronization signal over the radio frequency spectrum band, wherein the second OFDM symbol is adjacent in time to the first OFDM symbol.
An intraoperative surgical system comprising: a display device; a computing device coupled to the display device, the computing device including a processor coupled to a memory device, the memory device including instructions that, when executed by the processor, cause the computing device to perform operations including: accessing surgical data including soft tissue data indicative of at least tension in soft tissues surrounding a surgical location; calculating, based at least in part on the soft tissue data, a medial total gap and a lateral total gap; calculating, based at least in part on the medial total gap and lateral total gap, a recommended component set; generating, for display on the display device, a graphical user interface including an interactive trapezoidal graphic overlaid onto a graphical representation of a distal femur and a proximal tibia, wherein the interactive trapezoidal graphic includes a graphical representation of the medial total gap, the lateral total gap, and at least a portion of the recommended component set; and outputting the graphical user interface to the display device. a display device; a computing device coupled to the display device, the computing device including a processor coupled to a memory device, the memory device including instructions that, when executed by the processor, cause the computing device to perform operations including: accessing surgical data including soft tissue data indicative of at least tension in soft tissues surrounding a surgical location; calculating, based at least in part on the soft tissue data, a medial total gap and a lateral total gap; calculating, based at least in part on the medial total gap and lateral total gap, a recommended component set; generating, for display on the display device, a graphical user interface including an interactive trapezoidal graphic overlaid onto a graphical representation of a distal femur and a proximal tibia, wherein the interactive trapezoidal graphic includes a graphical representation of the medial total gap, the lateral total gap, and at least a portion of the recommended component set; and outputting the graphical user interface to the display device. accessing surgical data including soft tissue data indicative of at least tension in soft tissues surrounding a surgical location; calculating, based at least in part on the soft tissue data, a medial total gap and a lateral total gap; calculating, based at least in part on the medial total gap and lateral total gap, a recommended component set; generating, for display on the display device, a graphical user interface including an interactive trapezoidal graphic overlaid onto a graphical representation of a distal femur and a proximal tibia, wherein the interactive trapezoidal graphic includes a graphical representation of the medial total gap, the lateral total gap, and at least a portion of the recommended component set; and outputting the graphical user interface to the display device.
Clock movement comprising a mechanism for indicating and storing time information, the mechanism comprising: - a member (S') for displaying the stored seconds and/or stored fractions of seconds, and - a first device for storing seconds and/or fractions of seconds, wherein the first storage device comprises: - a first storage mobile provided with a first storage element in direct and permanent mesh with an element of a geartrain (11, 12, 13, 14, 15) of the clock movement, or - a first storage element fixed to an element of a geartrain of the clock movement. - a member (S') for displaying the stored seconds and/or stored fractions of seconds, and - a first device for storing seconds and/or fractions of seconds, - a first storage mobile provided with a first storage element in direct and permanent mesh with an element of a geartrain (11, 12, 13, 14, 15) of the clock movement, or - a first storage element fixed to an element of a geartrain of the clock movement.
A particle sorting method, comprising: acquiring optical signals generated by particles irradiated with light in a blood sample when the sample passes through a detection region, the optical signals comprising at least two of forward-scattered light, side-scattered light and fluorescence; acquiring at least one pulse width of at least one of the optical signals; distinguishing between a first category of particles and a second category of particles according to a scatter diagram; characterized by selecting at least one of the optical signals as a selected optical signal and using a signal intensity of the selected optical signal and the at least one pulse width to calculate at least one reinforcement signal, where depending on the number of pulse widths and/or signal intensities used for calculating the at least one reinforcement signal, the at least one reinforcement signal is a single reinforcement signal or a plurality of reinforcement signals including at least another reinforcement signal; and forming the scatter diagram based on one reinforcement signal of the at least one reinforcement signal and at least another signal, wherein the at least another signal is either the another reinforcement signal of the at least one reinforcement signal or one of the optical signals which is different from the selected optical signal. acquiring optical signals generated by particles irradiated with light in a blood sample when the sample passes through a detection region, the optical signals comprising at least two of forward-scattered light, side-scattered light and fluorescence; acquiring at least one pulse width of at least one of the optical signals; distinguishing between a first category of particles and a second category of particles according to a scatter diagram; characterized by selecting at least one of the optical signals as a selected optical signal and using a signal intensity of the selected optical signal and the at least one pulse width to calculate at least one reinforcement signal, where depending on the number of pulse widths and/or signal intensities used for calculating the at least one reinforcement signal, the at least one reinforcement signal is a single reinforcement signal or a plurality of reinforcement signals including at least another reinforcement signal; and forming the scatter diagram based on one reinforcement signal of the at least one reinforcement signal and at least another signal, wherein the at least another signal is either the another reinforcement signal of the at least one reinforcement signal or one of the optical signals which is different from the selected optical signal.
Controller for passenger protection means for a vehicle, comprising: - at least one printed circuit board (108, 204) for receiving electrical components, - a plastic cover (101, 206) and a plastic base between which the at least one printed circuit board (108, 204) is arranged, - at most three connecting means (104, 201) which connect the plastic cover (101, 206), the plastic base and the at least one printed circuit board (108, 204) directly to one another, wherein the connecting means are additionally provided for a force-fitting connection to the vehicle body (103, 205). - at least one printed circuit board (108, 204) for receiving electrical components, - a plastic cover (101, 206) and a plastic base between which the at least one printed circuit board (108, 204) is arranged, - at most three connecting means (104, 201) which connect the plastic cover (101, 206), the plastic base and the at least one printed circuit board (108, 204) directly to one another, wherein the connecting means are additionally provided for a force-fitting connection to the vehicle body (103, 205).
Utility vehicle having a power supply unit, wherein the power supply unit has - an electrical energy store; - a generator, - an interface to at least one electrical load of the utility vehicle; - a power line unit designed to connect the energy store and the generator to the interface, wherein the power line unit has a switch for electrically isolating the generator from the interface; and - a sensor unit designed to detect a fault in the electrical energy store and/or in at least one line of the power line unit and/or in the generator and to respond to the detected fault by actuating the switch in order to isolate the generator from the interface, in particular wherein the electrical energy store remains electrically connected to the interface, characterized in that the utility vehicle has two steerable axles (160a, 160b) the deflection of which is caused in each case by means of a steering transmission motor (510, 520), wherein a steering transmission motor of a first of the steerable axle is supplied with electrical energy by the generator when the switch is open, and a steering transmission motor of the second of the steerable axles is electrically coupled to the electrical energy store. - an electrical energy store; - a generator, - an interface to at least one electrical load of the utility vehicle; - a power line unit designed to connect the energy store and the generator to the interface, wherein the power line unit has a switch for electrically isolating the generator from the interface; and - a sensor unit designed to detect a fault in the electrical energy store and/or in at least one line of the power line unit and/or in the generator and to respond to the detected fault by actuating the switch in order to isolate the generator from the interface, in particular wherein the electrical energy store remains electrically connected to the interface,