mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound treatment system configured for noninvasive face lifts and deep tissue tightening, said ultrasound treatment system comprising: a probe system configured for therapy by targeted delivery of ultrasound energy at a frequency between 2 to 50 MHz into a Superficial Muscular Aponeurosis System (SMAS) layer for destruction of tissue and to cause shrinkage of said SMAS layer, wherein the therapy is provided by one individual single-element therapy transducer configured for single focus and for targeted delivery of ablative ultrasound energy into the depth of said SMAS layer below a skin surface for thermal injury of tissue and to cause shrinkage of said SMAS layer; wherein the probe system is configured within a transducer probe arrangement for allowing the coupling of the therapy transducer to a tissue interface, a control system for facilitating control of the ultrasound treatment system, the control system being configured for controlling a mechanical scanning of the therapy transducer; a motion mechanism for controllably creating multiple lesions, wherein the therapy transducer within the probe system is mechanically scanned in a direction to place spaced treatment zones over an extended area being a line. a probe system configured for therapy by targeted delivery of ultrasound energy at a frequency between 2 to 50 MHz into a Superficial Muscular Aponeurosis System (SMAS) layer for destruction of tissue and to cause shrinkage of said SMAS layer, wherein the therapy is provided by one individual single-element therapy transducer configured for single focus and for targeted delivery of ablative ultrasound energy into the depth of said SMAS layer below a skin surface for thermal injury of tissue and to cause shrinkage of said SMAS layer; wherein the probe system is configured within a transducer probe arrangement for allowing the coupling of the therapy transducer to a tissue interface, a control system for facilitating control of the ultrasound treatment system, the control system being configured for controlling a mechanical scanning of the therapy transducer; a motion mechanism for controllably creating multiple lesions, wherein the therapy transducer within the probe system is mechanically scanned in a direction to place spaced treatment zones over an extended area being a line.
Double-sided adhesive tape for bonding electronic components, consisting of two outer adhesive layers, a carrier layer comprising a foamed polymer material, a carrier layer laminated together with the foamed carrier layer by means of a laminating adhesive or a laminating adhesive tape, in the form of a film of a polymer material, and also a liner with a release agent on at least one of the adhesive layers, wherein the foam carrier layer has a thickness of not more than 400 μm and the film carrier layer has a thickness of not more than 40 μm, characterized in that both the foam carrier layer and the film carrier layer are coloured black.
A compound, wherein the compound is anagrelide, a pharmaceutically acceptable salt, solvate or active metabolite thereof, wherein the active metabolite of anagrelide is anagrelide which has been hydroxylated at positions 5, 8 or 9 singly or in combination and/or anagrelide which has been oxidized at the tertiary nitrogen position forming an N-oxide, for use in treating or preventing metastatic disease in bone or lung of a thrombocytotic cancer patient; wherein the cancer is selected from the group consisting of brain, oral cavity, the head and neck, thyroid carcinoma, gastrointestinal cancers, pancreatic, hepatocellular cancer, colorectal cancer, cancer of the lungs and bronchus, cancer of the ovaries, endometrium, cervix, breast, prostate, kidneys, skin mesothelioma, melanoma, gallbladder and multiple myeloma.
A solid detergent composition comprising: i. a chelating agent; ii. 5 wt.% to 30 wt.% neutralised soap; iii. a cationically substituted quaternary ammonium polymer wherein the polymer is a cationic polysaccharide; and, iv. 15 wt.% to 40 wt.% carbonate-based builder. i. a chelating agent; ii. 5 wt.% to 30 wt.% neutralised soap; iii. a cationically substituted quaternary ammonium polymer wherein the polymer is a cationic polysaccharide; and, iv. 15 wt.% to 40 wt.% carbonate-based builder.
A cooling structure located downstream of a smoking material portion and upstream of a mouthpiece portion in a smoking article, the cooling structure comprising: a body portion having a tube shape and made of a paper material; and a plurality of perforations arranged in a circumferential direction of the body portion such that an inside and an outside of the body portion are in fluid communication with each other, characterised in that: the body portion is formed by an inner layer paper spiral layer, an intermediate layer paper spiral layer, and an outer layer paper spiral layer, which are sequentially stacked, wherein a downstream end of a first inner layer paper surface (130a1) constituting the inner layer paper spiral layer and an upstream end of a second inner layer paper surface (130a2) adjacent to the first inner layer paper surface (130a1) do not overlap with each other, a downstream end of a first intermediate layer paper surface (130b1) constituting the intermediate layer paper spiral layer and an upstream end of a second intermediate layer paper surface (130b2) adjacent to the first intermediate layer paper (130b1) surface do not overlap with each other, and a downstream end of a first outer layer paper surface (130c1) constituting the outer layer paper spiral layer and an upstream end of a second outer layer paper surface (130c2) adjacent to the first outer layer paper surface (130c1) do not overlap with each other. a body portion having a tube shape and made of a paper material; and a plurality of perforations arranged in a circumferential direction of the body portion such that an inside and an outside of the body portion are in fluid communication with each other, characterised in that: the body portion is formed by an inner layer paper spiral layer, an intermediate layer paper spiral layer, and an outer layer paper spiral layer, which are sequentially stacked, wherein a downstream end of a first inner layer paper surface (130a1) constituting the inner layer paper spiral layer and an upstream end of a second inner layer paper surface (130a2) adjacent to the first inner layer paper surface (130a1) do not overlap with each other, a downstream end of a first intermediate layer paper surface (130b1) constituting the intermediate layer paper spiral layer and an upstream end of a second intermediate layer paper surface (130b2) adjacent to the first intermediate layer paper (130b1) surface do not overlap with each other, and a downstream end of a first outer layer paper surface (130c1) constituting the outer layer paper spiral layer and an upstream end of a second outer layer paper surface (130c2) adjacent to the first outer layer paper surface (130c1) do not overlap with each other.
Vehicle cab of an industrial or commercial vehicle comprising a system for supporting a steering column, the supporting system comprising - a lower elongated element, inserted in a frontal wall of the vehicle cab, in a position adjacent to and contiguous with a floor of the vehicle cab, - an upper elongated element, inserted in the frontal wall of the vehicle cab, above the lower elongated element, - a support suitable to rotatably support said steering column, wherein said lower elongated element projects forward with respect to said upper elongated element and wherein said support has a lower part at least in contact with said lower elongated element, and an upper part hanging from said upper elongated element by means of a traction element, so that in case of frontal impact, the support rotates by pivoting about said upper elongated element. - a lower elongated element, inserted in a frontal wall of the vehicle cab, in a position adjacent to and contiguous with a floor of the vehicle cab, - an upper elongated element, inserted in the frontal wall of the vehicle cab, above the lower elongated element, - a support suitable to rotatably support said steering column,
A method for producing a urolithin represented by formula, comprising step (a): converting a urolithin represented by formula, in a solution with a microorganism belonging to the genus Clostridium to the urolithin represented by formula, wherein R 1 to R 7 each represent a hydroxyl group, a hydrogen atom, or a methoxy group, and at least one of R 1 to R 7 represents a hydroxy group.
Method for disassembling an underwater section of a retractable thruster unit of a swimming vessel, the thruster unit comprising an upper gear detachably connected to a power source, said underwater section including a lower gear and a propeller, and an intermediate section with a steering tube connecting the upper gear with the underwater section, said vessel being provided with a well formed in the bottom of the vessel, into which well said underwater section can be retracted when the thruster unit is out of operation, said well being closed upwards with a covering plate, whereby in disassembling the underwater section the method comprising the following steps in the following order: a) fixing a supporting cradle detachably to the underwater section from below said thruster unit, disengaging the upper gear from the power source, and lifting the thruster unit so that the underwater section is at least partly brought inside the well and locking the thruster unit mechanically in place in the lifted position, b) connecting auxiliary lifting means provided with lifting wires to the supporting cradle for supporting the thruster unit, c) draining water from the well by supplying pressurized air into the well, d) loosening the joint between the lower gear and intermediate section of the thruster unit, e) lifting the upper gear and the intermediate section further and locking them mechanically in place while the cradle is supported in place by the auxiliary lifting means so that a space is formed between the intermediate section and the lower gear, and sealing the intermediate section and the lower gear to prevent water from getting into them, f) letting water to ingress into the well and lowering the underwater section down by the auxiliary lifting means, attaching the wires of a crane, detaching the lifting wires of the auxiliary lifting means, and picking up the underwater section with the crane. a) fixing a supporting cradle detachably to the underwater section from below said thruster unit, disengaging the upper gear from the power source, and lifting the thruster unit so that the underwater section is at least partly brought inside the well and locking the thruster unit mechanically in place in the lifted position, b) connecting auxiliary lifting means provided with lifting wires to the supporting cradle for supporting the thruster unit, c) draining water from the well by supplying pressurized air into the well, d) loosening the joint between the lower gear and intermediate section of the thruster unit, e) lifting the upper gear and the intermediate section further and locking them mechanically in place while the cradle is supported in place by the auxiliary lifting means so that a space is formed between the intermediate section and the lower gear, and sealing the intermediate section and the lower gear to prevent water from getting into them, f) letting water to ingress into the well and lowering the underwater section down by the auxiliary lifting means, attaching the wires of a crane, detaching the lifting wires of the auxiliary lifting means, and picking up the underwater section with the crane.
A 2-dimensional hybrid pixel array detector configured to detect radioactive rays, comprising: a detection unit configured to detect the radioactive rays incident in a region of each pixel (115, 215); and a plurality of readout chips (120, 220) including counting circuits (121, 221) respectively connected to each of the pixels (115, 215) by bump bondings, wherein the counting circuits (121, 221) have a smaller set pitch than a set pitch of the pixels (115, 215) along a certain direction in a detection surface, the shape of the pixel (115, 215) arranged in the vicinity of facing edges of the plurality of readout chips (120, 220) is identical to the shape of the pixel (115, 215) in the central region of the plurality of readout chips (120, 220), the regions occupied by the pixels (115, 215) at least partially overlap with the regions occupied by the counting circuits (121, 221) corresponding to the pixels (115, 215), and the connection is made in the overlapping regions, and characterized in that the counting circuits (121, 221) closest to the facing edges of the plurality of readout chips (120, 220) electrically connect to corresponding pixels (115, 215) at positions biased toward the facing edges. a detection unit configured to detect the radioactive rays incident in a region of each pixel (115, 215); and a plurality of readout chips (120, 220) including counting circuits (121, 221) respectively connected to each of the pixels (115, 215) by bump bondings, wherein the counting circuits (121, 221) have a smaller set pitch than a set pitch of the pixels (115, 215) along a certain direction in a detection surface, the shape of the pixel (115, 215) arranged in the vicinity of facing edges of the plurality of readout chips (120, 220) is identical to the shape of the pixel (115, 215) in the central region of the plurality of readout chips (120, 220), the regions occupied by the pixels (115, 215) at least partially overlap with the regions occupied by the counting circuits (121, 221) corresponding to the pixels (115, 215), and the connection is made in the overlapping regions, and characterized in that the counting circuits (121, 221) closest to the facing edges of the plurality of readout chips (120, 220) electrically connect to corresponding pixels (115, 215) at positions biased toward the facing edges.
Emergency vehicle, in particular fire engine, having an on-board electrical system for supplying electricity to electrical consumers on board the emergency vehicle and having a mixing device for the production of extinguishing agent for fire fighting by admixing at least one additive to extinguishing water, wherein the mixing device has an extinguishing water pump, which can draw in extinguishing water from an extinguishing water source via at least one suction line and supply at least one pressure outlet via at least one pressure line, and wherein the mixing device has an additive pump, which can draw in additive from an additive source via at least one additive suction line and supply it to an admixing point via at least one additive pressure line, where additive can be added to the extinguishing water at a presettable or preset proportioning rate, wherein the additive pump can be driven by means of an electric additive pump drive, which can be controlled via an actuator, wherein a flow measuring device arranged upstream of the admixing point in the direction of flow is connected into the pressure line to measure the actual flow rate of the extinguishing water, and wherein the mixing device has a control/regulation device coupled to the actuator for determining the required proportioning rate based on the measured actual flow rate, wherein the mixing device is connected to the on-board electrical system of the emergency vehicle and the electric additive pump drive is supplied with voltage via a voltage source of the on-board electrical system, characterized in that the actuator is designed as a frequency converter for varying a speed of the electric additive pump drive.
A resource indication method, comprising: receiving, by a terminal device, first indication information sent by a network device, wherein the first indication information is used to indicate a mapping type of a physical shared channel, and the mapping type of the physical shared channel is a first type or a second type; and determining, by the terminal device, time domain positions occupied by demodulation reference signals, DMRSs, in a resource unit based on a position index of the last symbol occupied by the physical shared channel in the resource unit, when the mapping type of the physical shared channel is the first type; determining, by the terminal device, time domain positions occupied by DMRSs in a resource unit based on the a quantity of symbols occupied by the physical shared channel in the resource unit, when the mapping type of the physical shared channel is the second type. receiving, by a terminal device, first indication information sent by a network device, wherein the first indication information is used to indicate a mapping type of a physical shared channel, and the mapping type of the physical shared channel is a first type or a second type; and determining, by the terminal device, time domain positions occupied by demodulation reference signals, DMRSs, in a resource unit based on a position index of the last symbol occupied by the physical shared channel in the resource unit, when the mapping type of the physical shared channel is the first type; determining, by the terminal device, time domain positions occupied by DMRSs in a resource unit based on the a quantity of symbols occupied by the physical shared channel in the resource unit, when the mapping type of the physical shared channel is the second type.
Tyre, having an exterior side and an interior side, said tyre comprising a crown reinforcement and a tread radially on the outside, said tread comprising a plurality of tread pattern blocks oriented at least partially circumferentially and a plurality of grooves (71, 72, 73, 74) extending at least partially circumferentially, each circumferential groove (71, 72, 73, 74) being delimited by an axially internal lateral face, by an axially external lateral face and by a groove bottom, at least one of said tread pattern blocks comprising at least one circumferential reinforcing element consisting of a composition having a dynamic shear modulus G* at least twice as high as the dynamic shear modulus G* of the composition of the rest of the blocks of the tread, the circumferential reinforcing element having an axial width which decreases progressively with increasing radial proximity to the outside, said axial width having a maximum value less than 40% of the axial width of said block, characterized in that the composition of said circumferential reinforcing element is based on at least: - more than 50 phr of a copolymer of ethylene and a 1,3-diene, the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, - a reinforcing filler, and - a crosslinking system, and has a dilution ratio, defined as being the ratio of the weight of all the plasticizers of the composition to the sum of the weights of all the plasticizers of the composition and all the elastomers of the composition, of less than or equal to 25%. characterized in that the composition of said circumferential reinforcing element is based on at least: - more than 50 phr of a copolymer of ethylene and a 1,3-diene, the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, - a reinforcing filler, and - a crosslinking system, - more than 50 phr of a copolymer of ethylene and a 1,3-diene, the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, - a reinforcing filler, and - a crosslinking system, and has a dilution ratio, defined as being the ratio of the weight of all the plasticizers of the composition to the sum of the weights of all the plasticizers of the composition and all the elastomers of the composition, of less than or equal to 25%.
A direct plug-in compression spring terminal for connecting a conductor end, in particular for connecting a stranded conductor end, which comprises the following: a. a clamping cage having a busbar, b. a clamping spring for contacting an electrical conductor end inserted into the direct plug-in compression spring terminal, c. wherein a first contact zone for electrically contacting the inserted electrical conductor end is provided on the busbar, d. and wherein furthermore a second contact zone for contacting the electrical conductor end is provided on the busbar, e. wherein the second contact zone is arranged spaced apart from the first contact zone and behind the first contact zone in a conductor insertion direction of the electrical conductor end, f. wherein furthermore the clamping spring comprises a clamping leg having an open end, wherein the open end presses against the electrical conductor between the first contact zone and the second contact zone when the electrical conductor is inserted in the conductor insertion direction, characterized in that g. the second contact zone is also designed for guiding and centering the electrical conductor end, h. for which purpose the second contact zone is formed by a cutout or a recess in the busbar, which cutout or which recess is provided in the form of a circle or part of a circle. a. a clamping cage having a busbar, b. a clamping spring for contacting an electrical conductor end inserted into the direct plug-in compression spring terminal, c. wherein a first contact zone for electrically contacting the inserted electrical conductor end is provided on the busbar, d. and wherein furthermore a second contact zone for contacting the electrical conductor end is provided on the busbar, e. wherein the second contact zone is arranged spaced apart from the first contact zone and behind the first contact zone in a conductor insertion direction of the electrical conductor end, f. wherein furthermore the clamping spring comprises a clamping leg having an open end, wherein the open end presses against the electrical conductor between the first contact zone and the second contact zone when the electrical conductor is inserted in the conductor insertion direction, characterized in that g. the second contact zone is also designed for guiding and centering the electrical conductor end, h. for which purpose the second contact zone is formed by a cutout or a recess in the busbar, which cutout or which recess is provided in the form of a circle or part of a circle.
Cooking appliance apparatus with at least one fan unit (12a-c), which has at least one fan wheel (16a-c), which can be rotated about a rotation axis (14a-c), with at least one heating element (18a-c), which is provided to heat the fan wheel (16a-c) in at least one operating state, wherein the heating element (18a-c) is configured as an induction heating element, with at least one cooking appliance rear wall (36a-c), wherein the heating element (18a-c) is also provided to heat the cooking appliance rear wall (36a-c) in the operating state, and with at least one muffle (44a-c), within which at least the fan wheel (16a-c) and also the heating element (18a-c) and at least the cooking appliance rear wall (36a-c) are arranged in at least one mounted state, characterised in that the heating element (18a-c) and the fan wheel (16a-c) are arranged behind the cooking appliance rear wall (36a-c) when viewed from a front face and between the cooking appliance rear wall (36a-c) and a muffle rear wall (34a-c) of the muffle (44a-c), wherein the heating element (18a-c) is arranged in proximity to the fan wheel (16a-c).